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DOCUMENT RESUME
ED 480 191 JC 030 425
TITLE Mathematics Developmental Education in Texas PublicInstitutions of Higher Education Performance Assessment.
INSTITUTION Texas State Higher Education Coordinating Board, Austin. Div.of Community and Technical Colleges.
PUB DATE 2002-10-00
NOTE 77p.; Funded in part by Carl D. Perkins Vocational andTechnical Education Act, State Administration.
PUB TYPE Reports Research (143)
EDRS PRICE EDRS Price MF01/PC04 Plus Postage.DESCRIPTORS Basic Skills; *Community Colleges; Costs; Labor Force
Development; Labor Needs; *Mathematics; *Mathematics Skills;Remedial Instruction; *Remedial Programs; Skill Development;Technology; Tutoring; Two Year College Students; Two YearColleges
IDENTIFIERS *Texas
ABSTRACT
This report aims to address concerns regarding the need fordevelopmental education in mathematics in the higher education institutionsin Texas. Fifty-three million dollars of the $93 million appropriated fordevelopmental education in Texas in 2002 went to mathematics. About 40% ofnew students in two-year colleges and 20% of new students in universitiesrequire developmental education in mathematics. While developmental educationis often considered a program mainly benefiting minority students, therequirement for developmental education in mathematics cuts across racial andethnic lines. Forty-six percent of students requiring developmental educationin mathematics in Texas are white. This report finds gender differences to bea minor issue. The report also suggests that older students are not drivingthe need for developmental education, contrary to popular opinion. In fact,after age 24, the percentages of students requiring developmental educationdecrease with age. Eighty-three percent of students requiring developmentaleducation in mathematics are 21 or younger. This report offers briefsummaries of four external studies of developmental education and makesrecommendations for future studies. Appended are the following two tables forFall/Prior Summer 1999 First-Time-in-College Students Tracked Through Fall2001: (1) Institutional Profiles of Students Requiring DevelopmentalMathematics Education; and (2) Math Developmental Education byCharacteristics of Institution, Program, and Student. Also included are: (1)
Addendum 1: A Comparison of the Performance of Full-Time and Part-TimeMathematics Developmental Education Students (Agenda Item IX-D(1), January2003); and (2) Addendum 2: The Relationship between Initial TASP Test Scoresand Performance of Mathematics Developmental Education Students (Agenda ItemIX-D(1), January 2003). (NB)
Reproductions supplied by EDRS are the best that can be madefrom the original document.
C71r00
1
Mathematics Developmental Education
in Texas Public Institutions of Higher Education
PERMISSION TO REPRODUCE ANDDISSEMINATE THIS MATERIAL HAS
BEEN GRANTED BY
Ct K-iroTO THE EDUCATIONAL RESOURCES
INFORMATION CENTER (ERIC)
Performance Assessment
October 2002
U.S. DEPARTMENT OF EDUCATIONOffice of Educational Pusearch and Improvement
EDUCATIONAL RESOURCES INFORMATIONCENTER (ERIC)
Jil,This document has been reproduced asreceived from the person or organizationoriginating it.
0 Minor changes have been made toimprove reproduction quality.
Points of view or opinions stated in thisdocument do not necessarily representofficial OERI position or policy.
Texas Higher Education Coordinating BoardDivision of Community and Technical Colleges
Funded in part by0 Carl D. Perkins
Vocational and Technical Education ActState Administration
.)
as of October 3, 2002
BEST COPY AVAILABLE
Executive Summary
This report is envisioned as the first in a series of initiatives designed to increase thenumber of students who successfully complete certificate or degree programs afterbeing identified as having academic deficiencies.
For this report, a cohort of first-time-in-college students who enrolled in Texas publiccolleges and universities during the 1999 summer and fall terms was studied. Thecohort consisted of 158,903 students, and the focus was on mathematics developmentaleducation. Data was extracted from reports previously made by institutions to theCoordinating Board. The following are some of the major observations:
Statewide, about one-third of new students require mathematics developmentaleducation.
About 80 percent of new students requiring mathematics developmental educationare in two-year colleges.
About one-half of the students requiring mathematics developmental education areWhite, about one-third are Hispanic, and about one-sixth are African-American.
Older students aren't more likely than their younger contemporaries to requiremathematics developmental education. Gender differences are minor.
Nearly one-half of the students required to participate in mathematics developmentaleducation are required to do so based on an alternative to the Texas Academic SkillsProgram (TASP) Test.
After two years, only about one-fourth of students required to complete mathematicsdevelopmental education will have done so.
The report includes the following recommendations intended to increase the academicsuccess of students needing mathematics developmental education:
The Board should promote and monitor the adoption in Texas public institutions ofhigher education of the "best practices" described in What Works: Research-BasedBest Practices in Developmental Education, a 2002 publication of the NationalCenter for Developmental Education.
The Board should conduct a study of institutional revenues and expenditures fordevelopmental education.
The Board should conduct other studies as appropriate. Two suggested studiesinclude a telephone survey of 300 to 400 students who have dropped out ofmathematics developmental education and a study relating high school preparationto college performance.
i 3
Table of Contents
Page
Executive Summary i
Background of this report 1
Why improving mathematics developmental educationis important 3
What the data tells us about mathematics developmental educationin Texas 4
Brief summaries of four external studies of developmentaleducation 11
Recommendations for additional studies 13
Appendices
A Institutional Profiles of Students Who Require MathematicsDevelopmental Education
B Math Developmental Education by Characteristics ofInstitution, Program, and Student
Background of this report
Texas public institutions of higher education, like those of most states, offer some coursesand services designed to address academic deficiencies of entering students. In Texas,these courses and services are called developmental education. These courses aretypically similar to other college and university courses, except college credit is not given forcompleting them. In addition to courses, developmental education services might includetutoring services, writing or math labs, special instructional resources, and similar efforts.These services often supplement developmental education courses but sometimes serve asthe primary instruction delivery mode.
Texas Education Code, Section 51.306, requires that all students be tested in basic reading,writing, and mathematics skills prior to enrollment using the TASP Test or an approvedalternative test. Students who score below the minimum established for each area mustbegin a developmental education program. Board rules also limit the number ofdevelopmental education courses that institutions may offer and the hours that students mayaccumulate.
This report is motivated by several related factors:
A long-term concern with the effectiveness of developmental education in general andspecifically with the effectiveness of mathematics developmental education. While thereis evidence to indicate that students who complete developmental educationsubsequently demonstrate success rates similar to their peers who did not requiredevelopmental education, too few students complete developmental education.
A long-term concern on the part of the Board and the Texas Legislature with the cost ofdevelopmental education. As the higher education finance system is subjected toadditional stress, it is incumbent on the Board and institutions to demonstrate that thestate's investment in developmental education is as important, or more important, thancompeting priorities in graduate education, health-care education, and other disciplines.
Concerns regarding the ability of the state to meet its technology workforce needs.Mathematics is a key discipline for engineers, scientists, and technology workers in abroad range of fields. While Texas high schools may be increasing the number ofgraduates with adequate skills in mathematics, it is clear that mathematicsdevelopmental education will be required for years in the future. Not all high schoolstudents will make judicious choices, students who graduated years ago will requireretraining, and other situations will require a continuing commitment to mathematicsdevelopmental education.
Concerns regarding the academic preparation of future students. While the TexasLegislature has taken steps to encourage more students to take the recommended highschool curriculum, the Closing the Gaps by 2015 plan for higher education envisions asignificant increase in the rate of participation in higher education. This increaseincludes large numbers of students from groups who have traditionally been less well-prepared for college-level work, especially in mathematics, science, and technology.
1 5
An increased emphasis on accountability at all levels of government. In 2000, theNational Center for Public Policy in Higher Education published Measuring Up 2000, astate-by-state evaluation of higher education systems. Texas received a grade of D+ onthe completion factor because of low graduation rates resulting in part from an inability toremedy deficiencies of students with poor academic preparation. The federalgovernment has recently proposed requiring a graduation rate accountability measurefor all states.
This report is envisioned as the first in a series of initiatives designed to improve the qualityof developmental education in Texas public institutions of higher education. The datapresented in this report is based exclusively on data currently being reported to the Board.No additional data collection was done in an effort to speed production of the report and inan effort to minimize the reporting burden on institutions.
The decision not to do additional data collection significantly limits the conclusions that canbe made in some areas. For example, while institutions report the numbers of hours inwhich individual students enroll, the Board does not maintain data on the specific courses inwhich students enroll, whether or not they complete them, what grades they obtain, onsimilar items. While institutions report courses taught, the Board does not collect data oncourse syllabi, instructional methodologies, and technologies employed, or instructorqualifications.
Most of the data included in this report are based on an analysis of students who enrolledfor the first time in the summer and/or fall of 1999. This group of approximately 160,000students was chosen because their experiences are representative of current programswhile at the same time providing at least some performance data. The report will beupdated with FY 2002 data when those data are certified later this year.
The Coordinating Board's data system does allow measurement of the overall performanceof the state's developmental education system and its impact on students, and that is theemphasis of this report. The report provides data on how many students are required toundertake mathematics developmental education, who they are, what level of success theyare experiencing, and how much it is costing the state.
Finally, the report includes a number of recommendations for further action or study. Whilethere are numerous opportunities to do research on what is currently working well in Texasinstitutions and to attempt to disseminate the results of that research at other institutions, theemphasis of this report is on using the significant body of research that has already beendone on developmental education in Texas and elsewhere.
62
Why improving mathematics developmental education is important
Mathematics developmental education is a large, expensive operation that currently provides alow return on the state's investment, and it is not going away. Further, it is a key to increasingboth participation and success in Texas public institutions and it is required if we are to meet thestate's technology workforce needs.
With the exception of a very few upper-division-only universities, every community college,technical college and university in the state offers some developmental education courses.
More developmental education is required for mathematics than for reading and writingcombined.
The appropriation for developmental education for Fiscal Year 2002 was over $93 million. Theappropriation for mathematics was $53 million, while the appropriations for writing and readingwere $13 million and $15 million, respectively, with the balance undesignated. While there aresome indications that the growth in expenditures for developmental education has slowed,appropriations for mathematics developmental education have increased each year for at leastthe last 15 years.
The yield of all of this effort is disappointing. Less than 30 percent of the students required toparticipate in developmental education in any given year successfully complete it within the nexttwo years. An even smaller percentage of students eventually complete certificates or degrees.
The 77th Texas Legislature's action to make the Recommended High School Program thedefault curriculum should reduce the need for developmental education. While that action isclearly desirable and will make a difference, any expectation that this action will eliminate theneed for developmental education is misplaced. The full effect of the new requirement won't beseen until the class of 2008 graduates. Not all students will choose the Recommendedcurriculum even then. Some who do take it will still need developmental education. Bothuniversities and two-year colleges will still be accepting older students who graduated prior to2008 and who have not taken the recommended curriculum.
There is some conjecture that elimination or scaling back the TASP would eliminate the need fordevelopmental education. Again, this is not realistic. A number of institutions currently requireTASP mathematics scores higher than the standard adopted by the state prior to enrolling inCollege Algebra. They do so because their own research indicates a higher score betterpredicts success in college-level mathematics. No institution should admit students without amathematics placement exam, and as long as the academic deficiencies exist, institutions willbe required to provide developmental education.
Most importantly, the state's goals include enrolling an increasing percentage of the populationin higher education and increasing the number of certificates and degrees awarded. The twobasic means of accomplishing these goals are to retain more of the students who enroll and toenroll more of the students who are not currently enrolling in higher education, many of whomcould be expected to require more developmental education than current students rather thanless. A successful mathematics developmental education is necessary part of both strategies.
3 7
What the data tells us about mathematics developmental education in Texas
To better understand how many students are involved in mathematics developmentaleducation, who they are, and what success they are having, Board staff studied a cohort ofall first-time-in-college students in the 1999 summer and fall terms. A total of 158,903 newstudents enrolled those terms. It was not possible, from Coordinating Board data, todetermine the status of 16,609 of these students, and they were eliminated from theanalysis.
Appendices A and B present the detailed statistics, and interested readers will wish toexamine these tables in more detail. The following are believed to be the most importantconclusions that can be drawn from these data.
1. Statewide, about one-third of new college and university students requiremathematics developmental education.
The graph below shows the number and percentage from each sector.
SectorTotalNewStdts
NumberRequiring
MathDev Ed
PercentRequiring
MathDev Ed
CommColleges 105,913 42,299 40%
(Acad) 65,290 26,556 (41%)(Tech) 40,623 15,743 (39%)
TSTC/LIT 3,886 1,427 37%
University 49,104 9,400 19%
All 158,903 53,126 33%
TSTC/LIT = Texas State Technical College andLamar Institute of Technology
About 40 percent of new students in two-year colleges require mathematics developmentaleducation and about 20 percent of new students in universities require mathematicsdevelopmental education. These data indicate little difference between the percentages oftwo-year college students seeking academic and technical degrees who requiremathematics developmental education. However, technical certificate programs of one yearor less are TASP exempt by law. If that were not the case, we would expect the percentageof technical students requiring mathematics developmental education to be higher.
84
2. Over 80 percent of the new students requiring mathematics developmentaleducation are enrolled in two-year colleges.
The chart below shows the percentage of the total cohort of students requiring mathematicsdevelopmental education enrolled in each sector of higher education.
Percent of Math Dev Ed Students inEach Education Sector
Univ
CC-Acad50%
Univ = UniversitiesTSTC/LIT = Texas State Technical College and
Lamar Institute of TechnologyCC-Tech = Community Colleges, Technical StudentsCC-Acad = Community Colleges, Academic Students
Nearly one-half of the cohort of students requiring mathematics developmental education iscomposed of community college students enrolled in academic programs.
3. The percentages of new students requiring mathematics developmental educationvary widely from institution to institution.
The five two-year college districts with the highest and lowest percentages of new studentsrequiring mathematics developmental education are listed below:
Highest percentageSWTJC 77%Trinity Valley CC 67%El Paso CC 65%College of Mainland 65%Collin CC 58%
Lowest PercentageHill College 23%Frank Phillips College 23%Texarkana College 22%Grayson County College 20%Brazosport College 20%
95 BEST COPY AVAILABLE
The five universities with the highest and lowest percentages of new students requiringmathematics developmental education are listed below:
Highest percentageU of Houston 66%Prairie View A & M U 64%Texas Southern U 61%U of Texas-El Paso 45%Texas A & M U-Kingsville 45%
Lowest PercentageTexas A&M U-Galveston 4%U of Texas- Dallas 3%U of Texas-Tyler 3%U of Texas-Austin 2%Texas A&M U 2%
These data suggest that institutions, even within a given academic sector, serve studentswho vary significantly in academic preparation. All of the community colleges and someuniversities are open admission institutions, and they will have much higher percentages ofstudents requiring developmental education.
Program offerings also affect the academic qualifications of students who enroll. Theimportant point is that institutions with radically different students must operate with differentpriorities and programs if they are to be successful.
4. About one-half of the students requiring mathematics developmental educationare White, about one-third are Hispanic, and about one-sixth are African-American.
While developmental education is often considered a program mainly benefiting minoritystudents, the requirement for mathematics developmental education cuts acrossracial/ethnic lines. The chart below shows the percentage of the cohort requiringdevelopmental education from each ethnic group.
Percent of Math Dev Ed Students in EachRacial/Ethnic Group
African-American
17%
Hispanic33%
Other4%
White46%
Notice that almost one-half of the students required to participate in mathematicsdevelopmental education are White students.
610
5. Different racial/ethnic groups exhibit differences in academic preparation.The table below shows the number of students in each racial/ethnic group, the numberrequiring mathematics developmental education, and the percentage requiring mathematicsdevelopmental education.
Race orEthnicGroup
Total inCohort
NumberRequiring
MathDev Ed
PercentRequiring
MathDev Ed
White 91,952 24,424 27%Hispanic 39,751 17,746 45%
African-Am 17,298 9,023 52%Am Indian 748 267 36%
Asian 6,727 1,082 16%Internat'l 1,789 420 23%
Unknown 638 164 26%
Projections of future college populations include increasing numbers of minority students.One implication of this chart is that Texas must do a better job of preparing those studentsfor college or face an increasing demand for mathematics developmental education.
6. Gender differences are a minor issue.
Much has been written about females and science and mathematics education. Femalesmake up 54 percent of the cohort and 57 percent of the students who were required toparticipate in mathematics developmental education.
The data suggest that slightly lower performance by female students contributes to thehigher number of female students required to participate in mathematics developmentaleducation.
Gender
PercentRequiring
MathDev Ed
NumberRequiring
MathDev Ed
Male 31% 22,599Female 36% 30,527
7. Older students aren't more likely than their younger counterparts to requiremathematics developmental education.
There has been a great deal of speculation that much of the requirement for developmentaleducation is driven by older students who enroll in college for the first time for job retrainingand other purposes.
These data do not support that thesis. Seventy-four percent of students requiringmathematics developmental education are 19 or younger; 83 percent are 21 or younger.These high percentages are partially due to the fact that the traditional age-24-and-understudents continue to dominate enrollments, but the percentages of these students requiringmathematics developmental education are startlingly high. After age 24, the percentagesrequiring mathematics developmental education decrease with age, and people over 50 are
7 11
less likely to require mathematics developmental education than any other age group.(NOTE: Students over 55 are exempt from TASP requirements by law unless they areseeking a degree or certificate.)
AgeGroup
Numberin
Cohort
NumberRequiring
MathDev Ed
PercentRequiring
MathDev Ed
Under 18 22,154 3,844 17%18-19 100,419 35,350 35%20-21 10,258 4,969 48%22-24 7,215 3,203 44%25-29 6,761 2,652 39%30-34 4,022 1,282 32%35-40 3,549 985 28%41-50 3,324 694 21%
Over 50 1,151 130 11%Unknown 50 17 34%
8. Encouraging more students to enroll in the Recommended High School Programshould help reduce the demand for mathematics developmental education, but noteliminate it.
Coordinating Board data in this area is somewhat problematical, because it is not possibleto identify the high school curriculum for nearly 40 percent of the students in the cohort.
However, the existing data are encouraging, indicating that significantly fewer students whohave taken an advanced or recommended high school curriculum are required to completemathematics developmental education.
High SchoolCurriculum
Totalin
Cohort
NumberRequiring
MathDev Ed
PercentRequiring
MathDev Ed
Regular 47,402 23,033 49%Recom'd or
Advanced 50,019 11,657 23%
Unknown 61,482 18,436 30%
Making the Recommended High School Program the default curriculum will not eliminate theneed for developmental education because not all students will opt for it and because 23percent of students who complete it still require mathematics developmental education whenthey reach higher education. Not all students who choose the Recommended curriculumachieve college-level mastery of the material now, and as it becomes the default curriculum,that percentage can be expected to increase.
9. Nearly one-half of the students who are required to undergo mathematicsdevelopmental education are required to do so based on a test other than the TASPTest.
Coordinating Board rules allow use of a number of alternative tests to determine initialplacement. In 45 percent of the cases, students are placed in mathematics developmentaleducation based on scores on one of those alternative tests rather than the TASP Test.
Determining the equivalence of these scores has proved to be a difficult technical task, butthese data indicate the importance of additional effort.
10. Nearly 20 percent of students required to participate in mathematicsdevelopmental education never did so.
The data for this cohort of students indicates that no developmental education was providedfor 10,270 of the 53,126 students in the cohort required to participate in mathematicsdevelopmental education.
About one-half of those students, or 4,945 of them, passed the TASP Test or achieved agrade of "B" or better in approved college-level mathematics course.
Other students dropped out of college before enrolling in mathematics developmentaleducation, switched to TASP-exempt curricula, or otherwise delayed mathematicsdevelopmental education.
11. About 28 percent of new students required to complete mathematicsdevelopmental education did so within two years.
The number of students who successfully complete developmental education in a specifictime period is one measure of the performance of the developmental education system.
In the cohort included in this study, only 14,762 of the 53,126 students required toparticipate in mathematics developmental education passed the TASP Test or achieved agrade of "B" or better in an approved college-level mathematics course within two years.This is a discouraging statistic, given the importance of addressing academic deficienciesearly.
It indicates that the academic deficiencies of relatively few students are being addressedsuccessfully and that students are spreading their mathematics developmental educationover an extended period of time, increasing costs to themselves and the state anddecreasing the probability of eventual success in college.
12. After two years, about one-half of the new students required to completemathematics developmental education will have either earned a certificate or a degreeor are still enrolled.
The number of students who are retained and subsequently receive degrees or certificatesis another important performance measure for the developmental education system.
The term of this study was not long enough to measure graduates, especially at thebaccalaureate level. As an alternative, a number of alternative statistics were computed.
9 13
Of 158,903 first-time-in-college students who enrolled summer/fall 1999, 53,126 wererequired to participate in mathematics developmental education. Of those students, by fall2001:
452 or 1 percent had been awarded two-year degrees or certificates and were no longerenrolled;251 or less than 1 percent had completed mathematics developmental education, hadbeen awarded degrees or certificates, and were still enrolled;9,967 or 19 percent had completed mathematics developmental education, were stillenrolled but had not been awarded a degree or certificate;4,287 or 8 percent had completed mathematics developmental education but had notreceived a degree or certificate and were no longer enrolled;13,678 or 26 percent had not yet completed mathematics developmental education butwere still enrolled;24,491 or 46 percent had not completed mathematics developmental education andwere not enrolled.
Sixty-seven percent of students not required to participate in mathematics developmentaleducation were either still enrolled or had been awarded a degree or certificate by fall 2001.For those required to participate in mathematics developmental education, thecorresponding percentage was 46 percent, or 24,348 students.
While these persistence rates are understandable, if not especially desirable, anotherproblem exists. Of the 24,348 mathematics developmental education students who hadbeen retained or had been awarded a certificate, only 10,475 had finished their mathematicsdevelopmental education requirement after two years.
Updated/corrected 12/05/2002
1410
Brief summaries of four external studies of developmental education
There is a massive amount of literature on developmental education, and no attempt will bemade to summarize it in this report. However, four documents are thought to be especiallyrelevant and of special interest to readers of this report.
From Policy to Learning: The Effectiveness of Developmental Education in TexasCommunity Colleges, Hansel Burley, Texas Tech University, 1997. In preparing this report,Prof. Burley, with the help of an advisory committee and Coordinating Board staff, trackedfor two years a cohort of 63,770 community college students who first matriculated in 1992.The goal of the study was to determine the progress of students mandated into remediationby the TASP and to compare those receiving remediation to those not receivingremediation.
While the study is now based on data that is nearly 10 years old and TASP regulations havechanged in the interim, it remains an important piece of work. It provides the mostcomprehensive portrait available of students requiring developmental education in Texas,their enrollment patterns, and performance after receiving developmental education.
The report recognizes the special importance of remedying mathematics deficiencies. Itprovides compelling evidence that students whose deficiencies are remedied can effectivelyperform college-level work, and notes that even in 1995 a relatively small number ofstudents were being successfully remediated.
An Evaluation of Developmental Education in Texas Public Colleges and Universities, Part 1and 2, National Center for Developmental Education, 1998.This study was done undercontract from the Texas Higher Education Coordinating Board. The purpose of the studywas to provide a general evaluation of developmental education programs and outcomes inTexas, with special emphasis on the TASP.
The principal methodology employed in the study was a survey of all the public colleges anduniversities in Texas. The survey was followed by site visits to a representative sample ofinstitutions.
The report provides a good description of the Texas developmental education system,including student characteristics, faculty characteristics, testing instruments, andinstructional methods.
This document also provides an extensive analysis of program outcomes. Finally, itrecommends implementation of an extensive list of "best practices."
Best Practices in Developmental Mathematics, Thomas Arminoton (ed.), MathematicsSpecial Professional Interest Network, National Association for Developmental Education,2002. This recent document is an attempt to identify best practices specific to mathematicsdevelopmental education. It essentially consists of 24 short essays by experts inmathematics developmental education in several different categories such as "working withdevelopmental students," "placement," "teaching techniques and methodologies," and"academic support."
12 15
This document is especially useful because it is specifically oriented to mathematicsinstruction and because it provides links to a number of valuable relevant resources such assources for professional development, publications, web sites, and data sources.
What Works: Research-Based Best Practices in Developmental Education, Hunter R.Boylan, National Center for Developmental Education, 2002. This book is a joint effort ofthe Continuous Quality Improvement Network and the National Center for DevelopmentalEducation with support from the American Productivity and Quality Center (APQC).
APQC is a nonprofit organization providing information, training, research, decision support,and networking for organizational performance improvement. The Center, which specializesin completing benchmarking research and has won numerous awards for its work, isregarded as one of the outstanding benchmarking research organizations in the U.S.
The study was based on research done by dozens of different researchers at manyinstitutions over decades. It proposes a set of best practices that have been demonstratedby that research to be practical and effective. Virtually all are common-sense techniquesthat applicable in any context but are especially important for developmental education.
An important contribution of the book includes a methodology for measuring the extent towhich individual institutions have adopted these best practices.
131 6
Recommendations for additional studies
Previous sections of this report indicate that relatively few students who are required toparticipate in mathematics developmental education are subsequently successful, wheresuccess is defined as completion of developmental education, by certificate or degreecompletion, or retention.
The Closing the Gaps by 2015 plan calls for enrolling as many as 300,000 studentsbeyond the 200,000 students already expected to enroll in higher education in the next12 years. A large number of those students will require developmental education. If thestate is to meet the plan's participation and success goals, it must increase the "yield" ofits developmental education programs and may be required to increase financial supportfor developmental education as well.
To improve the quality and effectiveness of developmental education, it is recommendedthat the Board endorse the following initiatives at this time:
(1) Promote and monitor the adoption in Texas public institutions of higher education ofthe "best practices" described in What Works: Research-Based Best Practices inDevelopmental Education. (See previous section.) The Board should disseminateinformation about these best practices, identify other best practices; encourage theirwidespread adoption, measure the extent of their adoption, and publish reports on thesemeasurements on a regular basis. This should include distributing copies of the book toinstitutions, sponsoring workshops on the material included in the book, including anemphasis on developmental education in institutional effectiveness reviews, surveyinginstitutions regarding the adoption of these best practices on their campuses on anannual basis, and publishing the findings.
(2) Study institutional revenues and expenditures for developmental education.Legislators are regularly presented with differing opinions as to whether developmentaleducation revenues subsidize other programs or developmental education is subsidizedby revenues intended for other programs. Developing a clear, compelling case for oneof these positions is important for the future of developmental education in Texas. In theprocess, a per-graduate cost for developmental education statistic should be developedand tracked over time.
If developmental education is being subsidized by other programs, the Board shouldaggressively seek additional funding for developmental education. If other programs arebeing subsidized by developmental education, the Board should ensure that fundsappropriated for developmental education are used for that purpose. This initiativecannot be accomplished using financial data currently being reported to the Board, so itwould require additional financial data from institutions.
(3) Conduct other studies as appropriate. The Board has limited capability to analyzethe effectiveness of proposed developmental education policies because it collectslimited data on individual students and classes and because some of the informationneeded for studying developmental education does not have wide enough application tojustify regular data collection and is thus not available. For example, the Board does notcollect information on the courses taken by individual students, so it cannot bedetermined from existing data if students who successfully completed developmentaleducation were subsequently successful in completing a college-level course in the
14 1 7
same subject. The Board and the institutions should jointly continue to studydevelopmental education practices and results with the goal of developing a facility foranalyzing a wide range of different policies.
Two follow-up studies to this report are recommended at this time:
A telephone survey in which a random sample of students who have dropped out ofmathematics developmental education are queried about their experiences, with theaim of identifying major impediments to success faced by students who are currentlynot being successful. This effort would require the assistance of institutions inlocating the total of 300 to 500 former students who would make up a statisticallysignificant sample.
A study relating success rates to pre-college academic preparation. CurrentCoordinating Board data does not provide data on student preparation for everystudent, so it is not possible to determine how many developmental educationstudents have no high school diploma, a GED certificate, a basic diploma, or anadvanced diploma and how the experiences of these groups differ when they enrollin higher education. Understanding these relationships is important for planningpurposes. Again, this effort would require institutions to provide data from their filesfor an estimated 1,500 students who would make up a sample.
1 815
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11,8
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199
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27,3
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2,49
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297
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215
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532
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116
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355
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199
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Age
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962
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205
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581
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587%
324%
223%
121%
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71%
N/A
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OU
TH
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XA
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1,39
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362
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XA
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922
707
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462
65%
416%
365%
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71%
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5,27
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617
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1,69
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123
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10%
TE
MP
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EG
E98
227
228
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665
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N/A
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EX
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CO
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GE
1,01
122
222
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TE
XA
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TH
MO
ST
CO
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GE
1,60
272
545
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365%
345%
182%
132%
91%
N/A
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TE
XA
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HN
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OLL
SY
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3,38
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193
35%
653
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160
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119
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105
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TR
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104
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2,29
11,
158
51%
828
72%
807%
494%
383%
212%
252%
81%
N/A
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99%
N/A
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ER
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EG
E70
423
233
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362
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, TH
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435
736
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WE
ST
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494
136
28%
7152
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12%
97%
86%
21%
54%
11%
N/A
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JU
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392
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263
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1,22
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933
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113
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600
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1,42
335
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736
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468
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1,56
339
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3,71
392
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264
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ALV
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633
637
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181
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228
68%
108
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N/A
0%17
652
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048
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272
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6620
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080
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MA
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E1,
581
520
33%
213
41%
111
21%
196
38%
344
66%
176
34%
N/A
0%30
659
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441
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593
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921
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179
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NA
CO
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GE
1,25
152
942
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548
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16%
187
35%
51%
524
99%
N/A
0%32
762
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238
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236
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764
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422
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578
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US
TIN
CO
MM
UN
ITY
CO
LLE
GE
7,75
82,
259
29%
913
40%
460
20%
886
39%
1,29
958
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642
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0%1,
349
60%
910
40%
743
33%
1,51
667
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331
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556
69%
BLI
NN
CO
LLE
GE
5,29
31,
638
31%
838
51%
378
23%
422
26%
201%
1,61
599
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844
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729
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171
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550
34%
1,08
866
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RA
ZO
SP
OR
T C
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EG
E69
613
620
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52%
2821
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27%
N/A
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610
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8160
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2720
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980
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16%
114
84%
CE
NT
RA
L T
EX
AS
CO
LLE
GE
1,41
438
627
%14
237
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20%
168
44%
286
74%
100
26%
N/A
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268
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432
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346
90%
7018
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682
%C
ISC
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CO
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GE
854
406
48%
208
51%
8320
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528
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1%40
299
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270
67%
136
33%
116
29%
290
71%
8320
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380
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EG
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951
43%
2039
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22%
2039
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2%50
98%
N/A
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59%
2141
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37%
3263
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45%
2855
%C
OA
ST
AL
BE
ND
CO
LLE
GE
952
366
38%
8824
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737
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139
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838
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862
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201
55%
165
45%
8824
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876
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5%34
995
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F T
HE
MA
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532
343
64%
163
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5315
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737
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769
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103%
192
56%
151
44%
5917
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483
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13%
297
87%
CO
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CO
MM
CO
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132
1,22
958
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680
55%
549
45%
492
40%
737
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530
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57%
DA
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5,58
143
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158
39%
809
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2,61
447
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1,34
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3,41
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778
14%
4,80
386
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85%
DE
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CO
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GE
2,12
893
844
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439
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927
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535
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836
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525
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413
44%
829%
856
91%
282
30%
656
70%
EL
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CO
MM
UN
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CO
LLE
GE
DIS
T3,
397
2,21
965
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143
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193
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357
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862
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233
11%
1,98
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162
97%
FR
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E48
111
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1615
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109
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8678
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36%
7064
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TO
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E43
720
647
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107
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175
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379
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CO
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1,18
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152
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8937
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163
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6527
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GE
1,03
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723
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544
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109
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108
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129
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N/A
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145
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6427
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373
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5,62
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186
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135
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347
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140
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201
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6829
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1,17
154
446
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285
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280
51%
264
49%
N/A
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443
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120
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380
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623
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877
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RE
DO
CO
MM
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GE
900
465
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120
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225
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120
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176
38%
289
62%
N/A
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435
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165
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146
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117
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247
94%
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245
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MC
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583
568
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269
47%
130
23%
169
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272
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294
52%
20%
314
55%
254
45%
9316
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584
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121
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795
206
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279
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143
69%
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176
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6,14
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110
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547
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453
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1,35
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946
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308
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311
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101
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165
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180
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237
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179
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173
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243
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9623
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156
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1,39
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730
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537
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184
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234
56%
183
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333
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GE
556
204
37%
109
53%
3718
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6733
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120
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8441
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137
67%
6029
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471
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CO
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GE
934
402
43%
154
38%
8220
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641
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243
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057
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237
59%
165
41%
8621
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679
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322
80%
RA
NG
ER
CO
LLE
GE
419
172
41%
9052
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15%
5733
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34%
113
66%
N/A
0%97
56%
7544
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37%
108
63%
5230
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070
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AN
JA
CIN
TO
CO
MM
CO
LL D
IST
4,34
01,
038
24%
512
49%
155
15%
371
36%
614
59%
422
41%
20%
519
50%
519
50%
979%
941
91%
328
32%
710
68%
SO
UT
H P
LAIN
S C
OLL
EG
E2,
205
813
37%
455
56%
150
18%
208
26%
167
21%
643
79%
30%
504
62%
309
38%
296
36%
517
64%
221
27%
592
73%
SO
UT
H T
EX
AS
CO
MM
UN
ITY
CO
LLE
GE
2,50
51,
397
56%
582
42%
428
31%
387
28%
30%
1,39
410
0%N
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808
58%
589
42%
329
24%
1,06
876
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127
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026
73%
SO
UT
HW
ES
T T
EX
AS
JU
NIO
R C
OLL
EG
E92
270
777
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845
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724
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231
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0%70
610
0%N
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358
51%
349
49%
299
42%
408
58%
182
26%
525
74%
TA
RR
AN
T C
OU
NT
Y C
OLL
EG
E D
IST
5,27
22,
617
50%
1,02
739
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037
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248
48%
1,36
952
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/A0%
1,64
363
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437
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99%
2,38
891
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115
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216
85%
TE
MP
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OLL
EG
E98
227
228
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851
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18%
8632
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272
100%
NIA
0%15
256
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044
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190
70%
9936
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364
%T
EX
AR
KA
NA
CO
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GE
1,01
122
222
%83
37%
3415
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547
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222
100%
N/A
0%13
561
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39%
3014
%19
286
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29%
158
71%
TE
XA
S S
OU
TH
MO
ST
CO
LLE
GE
1,60
272
545
%27
438
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432
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730
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930
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670
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377
52%
348
48%
618%
664
92%
156
22%
569
78%
TE
XA
S S
T T
EC
HN
ICA
L C
OLL
SY
ST
EM
3,38
71,
193
35%
554
46%
198
17%
441
37%
540
45%
652
55%
10%
719
60%
474
40%
196
16%
997
84%
320
27%
873
73%
TR
INIT
Y V
ALL
EY
CO
MM
CO
LLE
GE
1,06
470
867
%29
241
%17
324
%24
334
%8
1%70
099
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/A0%
356
50%
352
50%
415
59%
293
41%
706
100%
20%
TY
LER
JU
NIO
R C
OLL
EG
E2,
291
1,15
851
%55
748
%21
418
%38
733
%67
458
%48
442
%N
/A0%
649
56%
509
44%
361
31%
797
69%
159
14%
999
86%
VE
RN
ON
CO
LLE
GE
704
232
33%
120
52%
2410
%88
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204
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707
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705
189
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371
263
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221
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561
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389
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92%
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438%
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EG
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1,96
41,
338
68%
882
66%
153
11%
816%
685%
343%
252%
212%
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725%
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PH
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PS
CO
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GE
405
106
26%
7369
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E32
515
447
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Y C
OLL
EG
E22
488
39%
3338
%6
7%14
16%
910
%2
2%1
1%3
3%3
3%17
19%
N/A
0%A
MA
RIL
LO C
OLL
EG
E78
023
530
%11
951
%25
11%
3414
%22
9%11
5%11
5%8
3%N
/A0%
52%
N/A
0%A
NG
ELI
NA
CO
LLE
GE
544
223
41%
143
64%
178%
136%
199%
84%
84%
31%
N/A
0%12
5%N
/A0%
AU
ST
IN C
OM
MU
NIT
Y C
OLL
EG
E2,
137
576
27%
263
46%
107
19%
6211
%66
11%
254%
163%
122%
20%
234%
N/A
0%B
LIN
N C
OLL
EG
E97
232
133
%24
376
%30
9%14
4%17
5%5
2%7
2%3
1%N
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21%
N/A
0%B
RA
ZO
SP
OR
T C
OLL
EG
E36
632
9%21
66%
26%
619
%3
9%N
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N/A
0%N
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N/A
0%N
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N/A
0%C
EN
TR
AL
TE
XA
S C
OLL
EG
E70
919
728
%92
47%
2513
%17
9%26
13%
147%
84%
42%
21%
95%
N/A
0%C
ISC
O J
UN
IOR
CO
LLE
GE
155
6139
%38
62%
1118
%3
5%2
3%2
3%1
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3%N
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23%
N/A
0%C
LAR
EN
DO
N C
OLL
EG
E25
1352
%N
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215
%2
15%
323
%2
15%
18%
323
%N
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N/A
0%N
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CO
AS
TA
L B
EN
D C
OLL
EG
E31
297
31%
5052
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18%
1010
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6%3
3%2
2%3
3%3
3%3
3%N
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CO
LLE
GE
OF
TH
E M
AIN
LAN
D16
180
50%
4658
%9
11%
1013
%6
8%4
5%2
3%2
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11%
N/A
0%C
OLL
IN C
O C
OM
M C
OLL
DIS
TR
ICT
1,02
155
855
%41
374
%46
8%16
3%28
5%11
2%5
1%3
1%1
0%35
6%N
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DA
LLA
S C
O C
OM
MU
NIT
Y C
OLL
DIS
T9,
708
4,13
843
%2,
285
55%
517
12%
415
10%
343
8%14
84%
108
3%66
2%12
0%24
06%
40%
DE
L M
AR
CO
LLE
GE
863
377
44%
234
62%
4011
%31
8%26
7%18
5%10
3%4
1%1
0%13
3%N
/A0%
EL
PA
SO
CO
MM
UN
ITY
CO
LLE
GE
DIS
T1,
433
881
61%
512
58%
100
11%
526%
718%
354%
253%
303%
51%
516%
N/A
0%F
RA
NK
PH
ILLI
PS
CO
LLE
GE
764
5%2
50%
N/A
0%2
50%
N/A
0%N
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N/A
0%N
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N/A
0%N
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N/A
0%G
ALV
ES
TO
N C
OLL
EG
E11
252
46%
2038
%8
15%
1121
%1
2%1
2%3
6%3
6%1
2%4
8%N
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GR
AY
SO
N C
OU
NT
Y C
OLL
EG
E44
955
12%
3564
%6
11%
59%
47%
24%
12%
12%
N/A
0%1
2%N
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HIL
L C
OLL
EG
E71
511
316
%58
51%
44%
11%
22%
22%
N/A
0%1
1%N
/A0%
4540
%N
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HO
US
TO
N C
OM
MU
NIT
Y C
OLL
EG
E3,
919
1,51
139
%86
457
%21
214
%13
59%
876%
433%
403%
242%
20%
101
7%3
0%H
OW
AR
D C
O J
UN
IOR
CO
LLE
GE
DIS
T38
613
034
%72
55%
2519
%9
7%6
5%6
5%N
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65%
N/A
0%6
5%N
/A0%
KIL
GO
RE
CO
LLE
GE
367
142
39%
9265
%15
11%
118%
54%
96%
54%
43%
N/A
0%1
1%N
/A0%
LAM
AR
ST
CO
LL O
RA
NG
E/P
T A
RT
HU
R46
323
250
%12
052
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11%
2310
%23
10%
104%
83%
104%
N/A
0%13
6%N
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LAR
ED
O C
OM
MU
NIT
Y C
OLL
EG
E38
421
656
%17
380
%14
6%N
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52%
31%
10%
N/A
0%N
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199%
10%
LEE
CO
LLE
GE
603
162
27%
107
66%
159%
117%
117%
32%
21%
53%
N/A
0%8
5%N
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MC
LEN
NA
N C
OM
MU
NIT
Y C
OLL
EG
E53
818
334
%11
663
%23
13%
137%
105%
32%
32%
32%
11%
116%
N/A
0%M
IDLA
ND
CO
LLE
GE
207
5527
%33
60%
35%
59%
35%
12%
24%
N/A
0%N
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815
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N. H
AR
RIS
MO
NT
GO
ME
RY
CO
LL D
IST
837
213
25%
117
55%
2914
%18
8%18
8%9
4%7
3%3
1%N
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126%
N/A
0%N
AV
AR
RO
CO
LLE
GE
438
209
48%
139
67%
2612
%15
7%11
5%4
2%3
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2%2
1%5
2%N
/A0%
+13
NO
RT
H C
EN
TR
AL
TE
XA
S C
OLL
EG
E28
897
34%
5658
%12
12%
33%
88%
55%
55%
N/A
0%N
/A0%
88%
N/A
0%
\)N
OR
TH
EA
ST
TE
XA
S C
OM
M C
OLL
EG
E18
170
39%
4159
%9
13%
34%
710
%4
6%3
4%1
1%1
1%1
1%N
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OD
ES
SA
CO
LLE
GE
475
8418
%51
61%
78%
34%
78%
56%
45%
45%
N/A
0%3
4%N
IA0%
PA
NO
LA C
OLL
EG
E12
325
20%
1352
%3
12%
14%
28%
14%
14%
28%
N/A
0%2
8%N
/A0%
PA
RIS
JU
NIO
R C
OLL
EG
E21
784
39%
3946
%9
11%
45%
78%
911
%5
6%6
7%N
/A0%
56%
N/A
0%R
AN
GE
R C
OLL
EG
E59
47%
375
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25%
N/A
0%N
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N/A
0%N
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N/A
0%N
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N/A
0%N
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SA
N J
AC
INT
O C
OM
M C
OLL
DIS
T1,
960
394
20%
277
70%
349%
267%
144%
92%
62%
41%
N/A
0%24
6%N
/A0%
SO
UT
H P
LAIN
S C
OLL
EG
E77
729
838
%19
365
%32
11%
238%
114%
83%
41%
62%
N/A
0%21
7%N
/A0%
SO
UT
H T
EX
AS
CO
MM
UN
ITY
CO
LLE
GE
986
527
53%
310
59%
6112
%36
7%53
10%
194%
122%
183%
10%
173%
N/A
0%S
OU
TH
WE
ST
TE
XA
S J
UN
IOR
CO
LLE
GE
233
163
70%
115
71%
127%
74%
64%
53%
32%
11%
N/A
0%14
9%N
/A0%
TA
RR
AN
T C
OU
NT
Y C
OLL
EG
E D
IST
1,37
869
050
%41
660
%74
11%
477%
436%
284%
254%
172%
51%
355%
N/A
0%T
EM
PLE
CO
LLE
GE
342
9127
%44
48%
55%
1112
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7%1
1%N
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33%
11%
2022
%N
/A0%
TE
XA
RK
AN
A C
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EG
E13
737
27%
2054
%1
3%7
19%
38%
38%
N/A
0%N
/A0%
N/A
0%3
8%N
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TE
XA
S S
OU
TH
MO
ST
CO
LLE
GE
114
4237
%19
45%
717
%4
10%
512
%2
5%3
7%2
5%N
/A0%
N/A
0%N
/A0%
TR
INIT
Y V
ALL
EY
CO
MM
CO
LLE
GE
437
271
62%
182
67%
176%
114%
156%
93%
145%
41%
N/A
0%19
7%N
/A0%
TY
LER
JU
NIO
R C
OLL
EG
E62
430
950
%21
770
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6%14
5%16
5%16
5%11
4%4
1%N
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114%
N/A
0%V
ER
NO
N C
OLL
EG
E46
616
335
%92
56%
138%
1610
%11
7%11
7%8
5%3
2%1
1%8
5%N
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VIC
TO
RIA
CO
LLE
GE
, TH
E27
010
338
%61
59%
1010
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9%6
6%8
8%3
3%2
2%1
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3%N
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WE
AT
HE
RF
OR
D C
OLL
EG
E33
112
237
%80
66%
1411
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8%6
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54%
N/A
0%W
ES
TE
RN
TE
XA
S C
OLL
EG
E76
2330
%18
78%
417
%N
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14%
N/A
0%N
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N/A
0%N
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N/A
0%N
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WH
AR
TO
N C
OU
NT
Y J
UN
IOR
CO
LLE
GE
412
108
26%
7973
%4
4%6
6%3
3%5
5%3
3%4
4%1
1%3
3%N
/A0%
C/S
C-T
echn
ical
Sta
tew
ide
40,6
2315
,743
39%
9,25
859
%1,
827
12%
1,29
28%
1,13
57%
564
4%42
03%
308
2%50
0%88
16%
80%
LAM
AR
INS
TIT
UT
E O
F T
EC
HN
OLO
GY
499
234
47%
143
61%
2912
%16
7%24
10%
83%
63%
42%
N/A
0%4
2%0
0%T
EX
AS
ST
TE
CH
NIC
AL
CO
LL S
YS
TE
M3,
387
1,19
335
%65
355
%16
013
%11
910
%10
59%
484%
373%
303%
91%
323%
00%
TS
TC
/LIT
Sta
tew
ide
3,88
61,
427
37%
796
56%
189
13%
135
9%12
99%
564%
433%
342%
91%
363%
00%
A-1
4
App
endi
x A
Inst
itutio
nal P
rofil
es o
f Stu
dent
s R
equi
ring
Mat
hem
atic
s D
evel
opm
enta
l Edu
catio
nF
all/P
rior
Sum
mer
199
9 F
irst-
Tim
e-In
-Col
lege
Stu
dent
s T
rack
ed T
hrou
gh F
all 2
001
Com
mun
ity, T
echn
ical
, and
Sta
te C
olle
ge -
Tec
hnic
al
Mat
h D
ev. E
d.--
----
----
-- H
igh
Sch
ool D
iplo
ma
----
----
---
FT
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equi
red
Reg
ular
Rec
orn.
/Adv
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nkno
wn
I1
----
----
----
Initi
al T
est C
ateg
ory
----
----
----
Al
-te
rnat
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TA
SP
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now
n
---
Per
sist
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or
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ard
No
Yes
---
---
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h D
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d. P
rovi
ded
---
Not
Pro
vide
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- M
ath
TA
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Obl
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TA
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ALA
MO
CO
MM
UN
ITY
CO
LLE
GE
DIS
T1,
833
884
48%
451
51%
116
13%
317
36%
727
82%
157
18%
N/A
0%56
664
%31
836
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7%82
193
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416
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084
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LVIN
CO
MM
UN
ITY
CO
LLE
GE
224
8839
%28
32%
45%
5664
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82%
1618
%N
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4956
%39
44%
3135
%57
65%
910
%79
90%
AM
AR
ILLO
CO
LLE
GE
780
235
30%
9239
%38
16%
105
45%
171
73%
6427
%N
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146
62%
8938
%17
7%21
893
%56
24%
179
76%
AN
GE
LIN
A C
OLL
EG
E54
422
341
%11
049
%38
17%
7534
%3
1%22
099
%N
/A0%
141
63%
8237
%76
34%
147
66%
4621
%17
779
%A
US
TIN
CO
MM
UN
ITY
CO
LLE
GE
2,13
757
627
%23
641
%12
121
%21
938
%34
460
%23
140
%1
0%35
962
%21
738
%18
031
%39
669
%16
128
%41
572
%B
LIN
N C
OLL
EG
E97
232
133
%18
658
%59
18%
7624
%3
1%31
899
%N
/A0%
147
46%
174
54%
8827
%23
373
%91
28%
230
72%
BR
AZ
OS
PO
RT
CO
LLE
GE
366
329%
1650
%5
16%
1134
%N
/A0%
3210
0%N
/A0%
2063
%12
38%
928
%23
72%
516
%27
84%
CE
NT
RA
L T
EX
AS
CO
LLE
GE
709
197
28%
7538
%31
16%
9146
%15
177
%46
23%
N/A
0%13
669
%61
31%
2010
%17
790
%38
19%
159
81%
CIS
CO
JU
NIO
R C
OLL
EG
E15
561
39%
3049
%13
21%
1830
%2
3%59
97%
N/A
0%41
67%
2033
%21
34%
4066
%11
5082
%C
LAR
EN
DO
N C
OLL
EG
E25
1352
%6
46%
N/A
0%7
54%
18%
1292
%N
/A0%
862
%5
38%
538
%8
62%
1183
.%11
85%
CO
AS
TA
L B
EN
D C
OLL
EG
E31
297
31%
3839
%28
29%
3132
%36
37%
6163
%N
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5860
%39
40%
2324
%74
76%
33%
9497
%C
OLL
EG
E O
F T
HE
MA
INLA
ND
161
8050
%36
45%
79%
3746
%61
76%
1620
%3
4%52
65%
2835
%'
1316
%67
84%
79%
7391
%C
OLL
IN C
O C
OM
M C
OLL
DIS
TR
ICT
1,02
155
855
%26
447
%94
17%
200
36%
265
47%
293
53%
N/A
0%31
757
%24
143
%22
440
%33
460
%24
544
%31
356
%D
ALL
AS
CO
CO
MM
UN
ITY
CO
LL D
IST
9,70
84,
138
43%
1,58
038
%57
014
%1,
988
48%
3,14
176
%99
724
%N
/A0%
2,54
962
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589
38%
577
14%
3,56
186
%59
914
%3,
539
86%
DE
L M
AR
CO
LLE
GE
863
377
44%
151
40%
9625
%13
034
%13
937
%23
863
%N
/A0%
220
58%
157
42%
267%
351
93%
9325
%28
475
%E
L P
AS
O C
OM
MU
NIT
Y C
OLL
EG
E D
IST
1,43
388
161
%38
844
%15
117
%34
239
%79
991
%72
8%10
1%55
363
%32
837
%93
11%
788
89%
172%
864
98%
FR
AN
K P
HIL
LIP
S C
OLL
EG
E76
45%
375
%N
/A0%
125
%N
/A0%
410
0%N
/A0%
250
%2
50%
N/A
0%4
100%
250
%2
50%
GA
LVE
ST
ON
CO
LLE
GE
112
5246
%21
40%
N/A
0%31
60%
N/A
0%43
83%
917
%37
71%
1529
%12
23%
4077
%5
10%
4790
%G
RA
YS
ON
CO
UN
TY
CO
LLE
GE
449
5512
%20
36%
1018
%25
45%
12%
5498
%N
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4175
%14
25%
1731
%38
69%
1629
%39
71%
HIL
L C
OLL
EG
E71
511
316
%43
38%
109%
6053
%48
42%
6558
%N
IA0%
5347
%60
53%
5044
%63
56%
3531
%78
69%
HO
US
TO
N C
OM
MU
NIT
Y C
OLL
EG
E3,
919
1,51
139
%67
845
%13
29%
701
46%
1,12
574
%38
626
%N
/A0%
896
59%
615
41%
139
9%1,
372
91%
417
28%
1,09
472
%H
OW
AR
D C
O J
UN
IOR
CO
LLE
GE
DIS
T38
613
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App
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h D
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umm
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999
Firs
t-T
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tude
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Thr
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l 200
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Pub
lic H
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duca
tion
Sta
tew
ide
----
----
----
----
---
Mat
h D
evel
opm
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l Edu
catio
n S
tatu
sT
otal
NC
ol%
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Col
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% R
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al15
8,90
310
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Inst
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vel
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vers
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43,7
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h P
rep
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1,18
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e M
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65,2
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26,5
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echn
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40,6
2326
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15,7
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TS
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/LU
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nstit
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114
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85,7
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30,5
2757
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Mal
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42,7
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7,74
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thni
city
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9,02
154
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023
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1,90
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39,7
5125
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17,7
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727
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616
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mer
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an74
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400
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Inte
rnat
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l1,
789
1%89
01%
50%
420
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27%
Unk
now
n63
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350
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124
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%
Age
18-1
910
0,41
963
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35,3
5067
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106
43%
7%20
-21
10,2
586%
4,12
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40%
4,96
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48%
1,16
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11%
22-2
47,
215
5%2,
943
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022
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985
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1,33
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694
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130
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260
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ssoc
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Deg
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50,7
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te D
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min
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App
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x B
Mat
h D
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tics
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gram
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dent
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lic H
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h D
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tatu
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t Sem
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Rec
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ance
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9,37
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Hig
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choo
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nom
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ly D
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tifie
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Initi
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est C
ateg
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Alte
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est)
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130
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9,27
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Mat
h D
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l Edu
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n S
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306,
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otal
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7,16
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9,19
429
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Ret
entio
n M
ore
Tha
n O
ne S
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ter
137,
524
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Spr
ing/
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mer
200
012
7,29
080
%76
,129
85%
60%
40,1
6776
%32
%10
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66%
9%A
Y 2
000-
2001
112,
781
71%
70,2
7479
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%33
,792
64%
30%
8,71
552
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Fal
l 200
187
,732
55%
57,2
7564
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45%
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6,56
140
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Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
ear
18,8
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15%
72%
3,83
87%
20%
1,47
79%
8%A
war
d D
urin
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all 1
999
- S
umm
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001
5,45
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15%
781
5%14
%
Per
sist
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or
Aw
ard
91,2
5857
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67%
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24,3
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Mat
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catio
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Not
Pro
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d10
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Mat
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14,7
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TA
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Not
Met
50,9
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922
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Mat
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Not
Pro
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dT
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945
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TA
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Not
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16,8
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Pro
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TA
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16,2
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113
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34,1
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Mat
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Pub
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Mat
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otal
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Mat
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CH
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CH
Fal
l 199
9 -
Fal
l 200
14,
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7,84
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Ret
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81,1
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mer
200
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Enr
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000-
2001
69,9
3344
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nrol
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Fal
l 200
157
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Tra
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075
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Dur
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60,0
9638
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otal
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001
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Ret
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000-
2001
7,79
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538
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38%
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all 2
001
5,95
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256
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28%
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Tra
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1,22
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961
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war
d D
urin
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all 1
999
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619
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112
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sist
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or
Aw
ard
6,38
84%
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343
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Dev
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otal
SC
H F
all 1
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all 2
001
862,
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301,
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Ret
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15,6
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7%38
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112
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Enr
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prin
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200
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491
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Dur
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165
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27,3
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19,6
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war
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185
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924
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----
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67,6
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31,7
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B-4
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26,5
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43,8
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tate
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2,87
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613 32 27
2,42
481 41 46 28 14 11 5
223 0
443 353
27
2,02
433
9 2
42%
17%
30% 8% 0% 1% 1%
4% 9% 8% 8% 6% 9% 15%
84%
6%3%
9%1%
10%
2%16
%1%
23%
0% 1
3%0% 0%
14%
8% 0%0%15
%
7%
15%
100
%1%
4%0%
38%
1%16
%70
%4%
12%
21%
0% 2
0%
8-6
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Uni
vers
ity S
tate
wid
e
Tot
alN
Col
%
----
----
----
----
- M
ath
Dev
elop
men
tal E
duca
tion
Sta
tus
----
----
----
----
----
--N
ot R
equi
red
Req
uire
dN
Col
% R
ow%
N C
ol%
Row
%U
nkno
wn
N C
ol%
Row
%
Tot
al49
,104
100%
36,8
3110
0%75
%9,
400
100%
19%
2,87
310
0%6%
Firs
t Sem
este
r C
ours
e-Lo
ad
46,1
3494
%35
,207
96%
76%
8,39
389
%18
%2,
534
88%
5%P
art-
Tim
e2,
970
6%1,
624
4%55
%1,
007
11%
34%
339
12%
11%
Hig
h S
choo
l Dip
lom
aR
egul
ar12
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26%
8,08
222
%64
%3,
725
40%
30%
808
28%
6%R
ecom
men
ded
or A
dvan
ced
27,1
9755
%22
,117
60%
81%
3,61
038
%13
%1,
470
51%
5%U
nkno
wn
9,29
219
%6,
632
18%
71%
2,06
522
%22
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521
%6%
Hig
h S
choo
l Eco
nom
ical
ly D
isad
vant
age
Unk
now
n10
,153
21%
7,20
520
%71
%2,
287
24%
23%
661
23%
7%N
one
Iden
tifie
d33
,337
68%
26,5
1472
%80
%5,
105
54%
15%
1,71
860
%5%
Fre
e Lu
nch
4,01
98%
2,13
36%
53%
1,53
316
%38
%35
312
%9%
Red
uced
Pric
e Lu
nch
1,31
83%
844
2%64
%36
44%
28%
110
4%8%
Oth
er27
71%
135
0%49
%11
11%
40%
311%
11%
Initi
al T
est C
ateg
ory
Alte
rnat
ive
Tes
ts2,
974
6%1,
268
3%43
%1,
615
17%
54%
913%
3%T
AS
P (
or S
tanf
ord
Ach
ieve
men
t Te
21,3
9444
%11
,689
32%
55%
7,76
883
%36
%1,
937
67%
9%U
nkno
wn
24,7
3650
%23
,874
65%
97%
170%
0%84
529
%3%
Mat
h D
evel
opm
enta
l Edu
catio
n S
CH
44,0
026,
072
14%
37,1
3184
%79
92%
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
13,
139,
955
2,46
6,66
479
%51
0,77
516
%16
2,51
65%
Ret
entio
n M
ore
Tha
n O
ne S
emes
ter
47,2
5796
%35
,994
98%
76%
8,65
992
%18
%2,
604
91%
6%S
prin
g/S
umm
er 2
000
46,0
0894
%35
,206
96%
77%
8,28
788
%18
%2,
515
88%
5%A
Y 2
000-
2001
43,5
3789
%33
,763
92%
78%
7,48
180
%17
%2,
293
80%
5%F
all 2
001
38,2
7678
%30
,343
82%
79%
5,94
963
%16
%1,
984
69%
5%T
rans
fer
from
2-Y
ear
to 4
-Yea
r0
0%0%
N/A
0% N
/A0%
N/A
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
mer
200
119
80%
153
0%77
%17
0%9%
281%
14%
Per
sist
ence
or
Aw
ard
38,4
0178
%30
,438
83%
79%
5,96
163
%16
%2,
002
70%
5%
Mat
h D
evel
opm
enta
l Edu
catio
n P
rovi
dec
Not
Pro
vide
d39
,661
81%
35,6
5197
%90
%1,
779
19%
4%2,
231
78%
6%P
rovi
ded
9,00
018
%1,
180
3%13
%7,
621
81%
85%
199
7%2%
Unk
now
n44
31%
00%
0%0
0%0%
443
15%
100%
Mat
h T
AS
P O
blig
atio
n M
etT
AS
P M
et41
,747
85%
36,8
3110
0%88
%4,
428
47%
11%
488
17%
1%T
AS
P N
ot M
et6,
914
14%
00%
0%4,
972
53%
72%
1,94
268
%28
%U
nkno
wn
443
1%0
0%0%
00%
0%44
315
%10
0%
Mat
h D
evel
opm
enta
l Edu
catio
n P
rovi
dec
Not
Pro
vide
dT
AS
P M
et37
,389
76%
35,6
5197
%95
%1,
302
14%
3%43
615
%1%
TA
SP
Not
Met
2,27
25%
00%
0%47
75%
21%
1,79
562
%79
%P
rovi
ded
TA
SP
Met
4,35
89%
1,18
03%
27%
3,12
633
%72
%52
2%1%
TA
SP
Not
Met
4,64
29%
00%
0%4,
495
48%
97%
147
5%3%
Dev
. Ed.
and
TA
SP
Sta
tus
Unk
now
443
1%0
0%0%
00%
0%44
315
%10
0%
B-7
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Uni
vers
ity S
tate
wid
e
Tot
alN
Col
%
----
---
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
sN
ot R
equi
red
Req
uire
dN
Col
% R
ow%
N C
ol%
Row
%C
ol%
Row
%U
nkno
wn
N
Tot
al49
,104
100%
36,8
3110
0% 7
5%9,
400
100%
19%
2,87
310
0%6%
Dev
. Ed.
Not
Pro
vide
dT
AS
P M
etM
ath
Dev
elop
men
tal E
duca
tioi
1,98
21,
469
74%
246
12%
267
13%
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
2,50
9,96
12,
396,
477
95%
85,9
173%
27,5
671%
Ret
entio
n M
ore
Tha
n O
ne S
en36
,539
74%
34,8
4895
% 9
5%1,
272
14%
3%41
915
%1%
Enr
olle
d S
prin
g/S
umm
er 2
000
35,7
7673
%34
,118
93%
95%
1,24
413
%3%
414
14%
1%E
nrol
led
AY
200
0-20
0134
,277
70%
32,7
1189
% 9
5%1,
184
13%
3%38
213
%1%
Enr
olle
d F
all 2
001
30,8
6263
%29
,480
80%
96%
1,03
211
%3%
350
12%
1%T
rans
fer
from
2-Y
ear
to 4
-Yea
l0
0%0%
N/A
0% N
/A0%
N/A
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i16
20%
145
0% 9
0%9
0%6%
80%
5%P
ersi
sten
ce o
r A
war
d30
,964
63%
29,5
7280
% 9
6%1,
038
11%
3%35
412
%1%
TA
SP
Not
Met
Mat
h D
evel
opm
enta
l Edu
catio
i3
00%
00%
310
0%T
otal
SC
H F
all 1
999
- F
all 2
0012
1,92
10
0%17
,948
15%
103,
973
85%
Ret
entio
n M
ore
Tha
n O
ne S
en1,
987
4%0
0%0%
318
3% 1
6%1,
669
58%
84%
Enr
olle
d S
prin
g/S
umm
er 2
000
1,91
64%
00%
0%29
93%
16%
1,61
756
% 8
4%E
nrol
led
AY
200
0-20
011,
731
4%0
0%0%
222
2% 1
3%1,
509
53%
87%
Enr
olle
d F
all 2
001
1,47
13%
00%
0%18
92%
13%
1,28
245
% 8
7%T
rans
fer
from
2-Y
ear
to 4
-Yea
l0
0%0%
N/A
0% N
/A0%
N/A
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i9
0%0
0%0%
00%
0%9
0% 1
00%
Per
sist
ence
or
Aw
ard
1,47
83%
00%
0%18
92%
13%
1,28
945
% 8
7%D
ev. E
d. P
rovi
ded
TA
SP
Met
Mat
h D
evel
opm
enta
l Edu
catio
i17
,593
4,60
326
%12
,741
72%
249
1%T
otal
SC
H F
all 1
999
- F
all 2
0026
4,56
070
,187
27%
191,
188
72%
3,18
51%
Ret
entio
n M
ore
Tha
n O
ne S
en4,
220
9%1,
146
3% 2
7%3,
022
32%
72%
522%
1%E
nrol
led
Spr
ing/
Sum
mer
200
04,
050
8%1,
088
3% 2
7%2,
911
31%
72%
512%
1%E
nrol
led
AY
200
0-20
013,
890
8%1,
052
3% 2
7%2,
789
30%
72%
492%
1%E
nrol
led
Fal
l 200
13,
237
7%86
32%
27%
2,33
325
% 7
2%41
1%1%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
00%
0% N
/A0%
N/A
0% N
/AA
war
d D
urin
g F
all 1
999
- S
umi
150%
80%
53%
50%
33%
20%
13%
Per
sist
ence
or
Aw
ard
3,24
57%
866
2% 2
7%2,
336
25%
72%
431%
1%T
AS
P N
ot M
etM
ath
Dev
elop
men
tal E
duca
tioi
24,4
240
0%24
,144
99%
280
1%T
otal
SC
H F
all 1
999
- F
all 2
0022
0,02
90
0%21
5,72
298
%4,
307
2%R
eten
tion
Mor
e T
han
One
Sen
4,14
18%
00%
0%4,
047
43%
98%
943%
2%E
nrol
led
Spr
ing/
Sum
mer
200
03,
913
8%0
0%0%
3,83
341
% 9
8%80
3%2%
Enr
olle
d A
Y 2
000-
2001
3,33
77%
00%
0%3,
286
35%
98%
512%
2%E
nrol
led
Fal
l 200
12,
432
5%0
0%0%
2,39
525
% 9
8%37
1%2%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
00%
0% N
/A0%
N/A
0% N
/AA
war
d D
urin
g F
all 1
999
- S
umi
30%
00%
0%3
0% 1
00%
00%
0%P
ersi
sten
ce o
r A
war
d2,
435
5%0
0%0%
2,39
826
% 9
8%37
1%2%
Dev
. Ed.
and
TA
SP
Sta
tus
Unk
now
nM
ath
Dev
elop
men
tal E
duca
tioi
00
N/A
0N
/A0
N/A
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
23,4
840
0%0
0%23
,484
100%
Ret
entio
n M
ore
Tha
n O
ne S
en37
01%
00%
0%0
0%0%
370
13%
100
%E
nrol
led
Spr
ing/
Sum
mer
200
035
31%
00%
0%0
0%0%
353
12%
100
%E
nrol
led
AY
200
0-20
0130
21%
00%
0%0
0%0%
302
11%
100
%E
nrol
led
Fal
l 200
127
41%
00%
0%0
0%0%
274
10%
100
%T
rans
fer
from
2-Y
ear
to 4
-Yea
l0
0%0%
N/A
0% N
/A0%
N/A
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i9
0%0
0%0%
00%
0%9
0% 1
00%
Per
sist
ence
or
Aw
ard
279
1%0
0%0%
00%
0%27
910
% 1
00%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Uni
vers
ity S
tate
wid
e
----
----
----
----
----
----
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
s --
---
----
----
----
----
--T
otal
NC
ol%
Not
Req
uire
dN
Col
% R
ow%
Req
uire
dN
Col
% R
ow%
Unk
now
nN
Col
% R
ow%
Tot
al49
,104
100%
36,8
3110
0%75
%9,
400
100%
19%
2,87
310
0%6%
Per
sist
or
Rec
eive
Aw
ard
38,4
0178
%30
,438
83%
79%
5,96
163
%16
%2,
002
70%
5%T
AS
P M
et34
,209
70%
30,4
3883
%89
%3,
374
36%
10%
397
14%
1%D
ev. E
d. N
ot P
rovi
ded
30,9
6463
%29
,572
80%
96%
1,03
811
%3%
354
12%
1%D
ev. E
d. P
rovi
ded
3,24
57%
866
2%27
%2,
336
25%
72%
431%
1%T
AS
P N
ot M
et3,
913
8%0
0%0%
2,58
728
%66
%1,
326
46%
34%
Dev
. Ed.
Not
Pro
vide
d1,
478
3%0
0%0%
189
2%13
%1,
289
45%
87%
Dev
. Ed.
Pro
vide
d2,
435
5%0
0%0%
2,39
826
%98
%37
1%2%
TA
SP
Sta
tus
and
Dev
. Ed.
Unk
now
279
1%0
0%0%
00%
0%27
910
%10
0%
Did
Not
Per
sist
or
Rec
eive
Aw
ard
10,7
0322
%6,
393
17%
60%
3,43
937
%32
%87
130
%8%
TA
SP
Met
7,53
815
%6,
393
17%
85%
1,05
411
%14
%91
3%1%
Dev
. Ed.
Not
Pro
vide
d6,
425
13%
6,07
917
%95
%26
43%
4%82
3%1%
Dev
. Ed.
Pro
vide
d1,
113
2%31
41%
28%
790
8%71
%9
0%1%
TA
SP
Not
Met
3,00
16%
00%
0%2,
385
25%
79%
616
21%
21%
Dev
. Ed.
Not
Pro
vide
d79
42%
00%
0%28
83%
36%
506
18%
64%
Dev
. Ed.
Pro
vide
d2,
207
4%0
0%0%
2,09
722
%95
%11
04%
5%T
AS
P S
tatu
s an
d D
ev. E
d. U
nkno
w16
40%
00%
0%0
0%0%
164
6%10
0%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity, T
echn
ical
, and
Sta
te C
olle
ge S
tate
wid
e
Tot
alN
Col
%
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
s --
----
----
----
--R
equi
red
N C
ol%
Row
%U
nkno
wn
N C
ol%
Row
%N
ot R
equi
red
N C
ol%
Row
%
Tot
al10
9,79
910
0%52
,337
100%
48%
43,7
2610
0% 4
0%13
,736
100%
13%
Inst
itutio
n Le
vel
Uni
vers
ity0
0%0
0% N
/A0
0% N
/A0
0% N
/AC
TC
109,
799
100%
52,3
3710
0%48
%43
,726
100%
40%
13,7
3610
0%13
%T
ype
Maj
orA
cade
mic
65,2
9059
%31
,079
59%
48%
26,5
5661
%41
%7,
655
56%
12%
Tec
hnic
al34
,692
32%
16,7
2432
%48
%13
,069
30%
38%
4,89
936
%14
%T
ech
Pre
p9,
817
9%4,
534
9%46
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101
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182
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stitu
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Typ
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ype
Maj
orC
/SC
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dem
ic65
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59%
31,0
7959
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7,65
556
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hnic
al40
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5137
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36%
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5,62
941
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ST
C/L
UIT
3,88
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1,42
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452
3%12
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nive
rsity
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dem
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0% N
/A0
0% N
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emot
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ampu
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orre
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nstit
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n36
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114
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Gen
der
Fem
ale
59,2
8554
%27
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52%
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24,8
1857
%42
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315
53%
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Mal
e50
,514
46%
25,1
8548
%50
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,908
43%
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6,42
147
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thni
city
Whi
te62
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57%
33,5
6664
%54
%21
,091
48%
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7,80
557
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lack
11,6
1311
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862
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337
14%
55%
1,41
410
%12
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ispa
nic
29,6
5527
%11
,908
23%
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14,6
3533
%49
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112
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Asi
an3,
646
3%1,
934
4%53
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92%
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793
6%22
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mer
ican
Indi
an52
30%
227
0%43
%22
81%
44%
680%
13%
4651
lIn
tern
atio
nal
1,43
91%
626
1%44
%36
61%
25%
447
3%31
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I)U
nkno
wn
461
0%21
40%
46%
150
0%33
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1%21
%
Age
18-1
956
,588
52%
24,5
6047
%43
%27
,346
63%
48%
4,68
234
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20-2
19,
376
9%3,
703
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591
10%
49%
1,08
28%
12%
22-2
46,
802
6%2,
752
5%40
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022
7%44
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028
7%15
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-29
6,47
46%
2,58
45%
40%
2,49
66%
39%
1,39
410
%22
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-34
3,89
94%
1,36
83%
35%
1,22
03%
31%
1,31
110
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-40
3,44
23%
1,28
82%
37%
933
2%27
%1,
221
9%35
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-50
3,25
13%
1,30
62%
40%
664
2%20
%1,
281
9%39
%O
ver
501,
114
1%53
81%
48%
113
0%10
%46
33%
42%
Und
er 1
818
,814
17%
14,2
2427
%76
%3,
325
8%18
%1,
265
9%7%
Unk
now
n39
0%14
0%36
%16
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%
Edu
catio
nal O
bjec
tive
Unk
now
n2,
479
2%0
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00%
0%2,
479
18%
100%
Non
-Deg
ree
See
king
20,4
0819
%9,
384
18%
46%
8,54
920
%42
%2,
475
18%
12%
Cer
tific
ate
- T
AS
P L
iabl
e1,
650
2%89
92%
54%
494
1%30
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72%
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Ass
ocia
te D
egre
e50
,572
46%
20,1
0238
%40
%24
,076
55%
48%
6,39
447
%13
%B
acca
laur
eate
Deg
ree
11,2
8910
%6,
143
12%
54%
4,49
310
%40
%65
35%
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ndet
erm
ined
14,9
9014
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971
15%
53%
5,64
313
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376
10%
9%C
ertif
icat
e -
TA
SP
Wai
ved
8,41
18%
7,83
815
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11%
6%10
21%
1%
B-9
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity, T
echn
ical
, and
Sta
te C
olle
ge S
tate
wid
e
Tot
alN
Col
%
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
sR
equi
red
Row
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Col
% R
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Row
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ot R
equi
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N C
ol%
Unk
now
nN
Col
%
Tot
al10
9,79
910
0%52
,337
100%
48%
43,7
2610
0%40
%13
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100%
13%
Firs
t Sem
este
r C
ours
e-Lo
adF
ull-T
ime
52,5
4048
%23
,407
45%
45%
24,1
5355
%46
%4,
980
36%
9%P
art-
Tim
e57
,259
52%
28,9
3055
%51
%19
,573
45%
34%
8,75
664
%15
%
Hig
h S
choo
l Dip
lom
aR
egul
ar34
,787
32%
12,8
4325
%37
%19
,308
44%
56%
2,63
619
%8%
Rec
omm
ende
d or
Adv
ance
d22
,822
21%
12,4
5524
%55
%8,
047
18%
35%
2,32
017
%10
%U
nkno
wn
52,1
9048
%27
,039
52%
52%
16,3
7137
%31
%8,
780
64%
17%
Hig
h S
choo
l Eco
nom
ical
ly D
isad
vant
age
Unk
now
n54
,316
49%
27,8
6553
%51
%17
,474
40%
32%
8,97
765
%17
%N
one
Iden
tifie
d42
,721
39%
20,0
7338
%47
%18
,833
43%
44%
3,81
528
%9%
Fre
e Lu
nch
9,61
39%
3,26
86%
34%
5,66
813
%59
%67
75%
7%R
educ
ed P
rice
Lunc
h2,
325
2%91
32%
39%
1,25
53%
54%
157
1%7%
Oth
er82
41%
218
0%26
%49
61%
60%
110
1%13
%
Initi
al T
est C
ateg
ory
Alte
rnat
ive
Tes
ts33
,556
31%
9,53
218
%28
%22
,321
51%
67%
1,70
312
%5%
TA
SP
(or
Sta
nfor
d A
chie
vem
ent T
e41
,115
37%
16,2
2031
%39
%21
,292
49%
52%
3,60
326
%9%
Unk
now
n35
,128
32%
26,5
8551
%76
%11
30%
0%8,
430
61%
24%
Mat
h D
evel
opm
enta
l Edu
catio
n S
CH
262,
852
29,5
6011
%22
8,74
287
%4,
550
2%
c4, C.A
.)
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
1
Ret
entio
n M
ore
Tha
n O
ne S
emes
ter
4,02
1,69
7
90,2
6782
%
2,06
2,78
9
45,6
0287
%
51%
51%
1,57
8,41
9
35,1
3880
%
39%
39%
380,
489
9,52
769
%
9% 11%
Spr
ing/
Sum
mer
200
081
,282
74%
40,9
2378
%50
%31
,880
73%
39%
8,47
962
%10
%A
Y 2
000-
2001
69,2
4463
%36
,511
70%
53%
26,3
1160
%38
%6,
422
47%
9%F
all 2
001
49,4
5645
%26
,932
51%
54%
17,9
4741
%36
%4,
577
33%
9%T
rans
fer
from
2-Y
ear
to 4
-Yea
r18
,868
17%
13,5
5326
%72
%3,
838
9%20
%1,
477
11%
8%A
war
d D
urin
g F
all 1
999
- S
umm
er 2
001
5,25
65%
3,71
87%
71%
785
2%15
%75
35%
14%
Per
sist
ence
or
Aw
ard
52,8
5748
%29
,373
56%
56%
18,3
8742
%35
%5,
097
37%
10%
Mat
h D
evel
opm
enta
l Edu
catio
n P
rovi
dec
Not
Pro
vide
d65
,978
60%
47,2
0990
%72
%8,
491
19%
13%
10,2
7875
%16
%P
rovi
ded
41,3
4238
%5,
128
10%
12%
35,2
3581
%85
%97
97%
2%U
nkno
wn
2,47
92%
00%
0%0
0%0%
2,47
918
%10
0%
Mat
h T
AS
P O
blig
atio
n M
etT
AS
P M
et63
,277
58%
52,3
3710
0%83
%10
,334
24%
16%
606
4%1%
TA
SP
Not
Met
44,0
4340
%0
0%0%
33,3
9276
%76
%10
,651
78%
24%
Unk
now
n2,
479
2%0
0%0%
00%
0%2,
479
18%
100%
Mat
h D
evel
opm
enta
l Edu
catio
n P
rovi
dec
Not
Pro
vide
dT
AS
P M
et51
,397
47%
47,2
0990
%92
%3,
643
8%7%
545
4%1%
TA
SP
Not
Met
14,5
8113
%0
0%0%
4,84
811
%33
%9,
733
71%
67%
Pro
vide
dT
AS
P M
et11
,880
11%
5,12
810
%43
%6,
691
15%
56%
610%
1%B
-10
TA
SP
Not
Met
29,4
6227
%0
0%0%
28,5
4465
%97
%91
87%
3%D
ev. E
d. a
nd T
AS
P S
tatu
s U
nkno
w2,
479
2%0
0%0%
00%
0%2,
479
18%
100%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity, T
echn
ical
, and
Sta
te C
olle
ge S
tate
wid
e
Tot
alN
Col
%
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
s -
Req
uire
dN
Col
% R
ow%
----
--U
nkno
wn
N C
ol%
Row
%N
ot R
equi
red
N C
ol%
Row
%
Tot
al10
9,79
910
0%52
,337
100%
48%
43,7
2610
0%40
%13
,736
100%
13%
Dev
. Ed.
Not
Pro
vide
dT
AS
P M
etM
ath
Dev
elop
men
tal E
duca
tioi
8,47
56,
531
77%
1,90
222
%42
0%T
otal
SC
H F
all 1
999
- F
all 2
002,
036,
745
1,83
1,36
790
%17
7,69
59%
27,6
831%
Ret
entio
n M
ore
Tha
n O
ne S
en44
,628
41%
40,7
4278
%91
%3,
372
8%8%
514
4%1%
Enr
olle
d S
prin
g/S
umm
er 2
000
40,1
7337
%36
,569
70%
91%
3,14
17%
8%46
33%
1%E
nrol
led
AY
200
0-20
0135
,656
32%
32,2
2462
%90
%2,
963
7%8%
469
3%1%
Enr
olle
d F
all 2
001
26,7
8324
%24
,156
46%
90%
2,24
25%
8%38
53%
1%T
rans
fer
from
2-Y
ear
to 4
-Yea
l14
,430
13%
13,0
6225
%91
%1,
075
2%7%
293
2%2%
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i3,
622
3%3,
348
6%92
%23
11%
6%43
0%1%
Per
sist
ence
or
Aw
ard
29,1
3227
%26
,384
50%
91%
2,34
95%
8%39
93%
1%T
AS
P N
ot M
etM
ath
Dev
elop
men
tal E
duca
tioi
433
00%
409
94%
246%
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
381,
529
00%
96,5
4725
%28
4,98
275
%R
eten
tion
Mor
e T
han
One
Sen
9,56
19%
00%
0%2,
594
6%27
%6,
967
51%
73%
Enr
olle
d S
prin
g/S
umm
er 2
000
8,35
58%
00%
0%2,
165
5%26
%6,
190
45%
74%
Enr
olle
d A
Y 2
000-
2001
6,06
86%
00%
0%1,
316
3%22
%4,
752
35%
78%
Enr
olle
d F
all 2
001
4,48
34%
00%
0%1,
067
2%24
%3,
416
25%
76%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eai
1,22
11%
00%
0%26
01%
21%
961
7%79
%A
war
d D
urin
g F
all 1
999
- S
umi
610
1%0
0%0%
112
0%18
%49
84%
82%
Per
sist
ence
or
Aw
ard
4,91
04%
00%
0%1,
154
3%24
%3,
756
27%
76%
Dev
. Ed.
Pro
vide
dT
AS
P M
etM
ath
Dev
elop
men
tal E
duca
tioi
64,9
8223
,029
35%
41,6
5864
%29
50%
4.1.
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
597,
581
231,
422
39%
363,
020
61%
3,13
91%
Ali
Ret
entio
n M
ore
Tha
n O
ne S
en11
,457
10%
4,86
09%
42%
6,53
715
%57
%60
0%1%
Enr
olle
d S
prin
g/S
umm
er 2
000
10,6
1910
%4,
354
8%41
%6,
210
14%
58%
550%
1%E
nrol
led
AY
200
0-20
0110
,436
10%
4,28
78%
41%
6,09
214
%58
%57
0%1%
Enr
olle
d F
all 2
001
7,43
17%
2,77
65%
37%
4,61
111
%62
%44
0%1%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
1,76
02%
491
1%28
%1,
254
3%71
%15
0%1%
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i63
71%
370
1%58
%26
31%
41%
40%
1%P
ersi
sten
ce o
r A
war
d7,
789
7%2,
989
6%38
%4,
752
11%
61%
480%
1%T
AS
P N
ot M
etM
ath
Dev
elop
men
tal E
duca
tioi
188,
962
00%
184,
773
98%
4,18
92%
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
961,
950
00%
941,
157
98%
20,7
932%
Ret
entio
n M
ore
Tha
n O
ne S
en23
,241
21%
00%
0%22
,635
52%
97%
606
4%3%
Enr
olle
d S
prin
g/S
umm
er 2
000
20,8
9219
%0
0%0%
20,3
6447
%97
%52
84%
3%E
nrol
led
AY
200
0-20
0116
,312
15%
00%
0%15
,940
36%
98%
372
3%2%
Enr
olle
d F
all 2
001
10,2
749%
00%
0%10
,027
23%
98%
247
2%2%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
1,26
81%
00%
0%1,
249
3%99
%19
0%1%
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i18
20%
00%
0%17
90%
98%
30%
2%P
ersi
sten
ce o
r A
war
d10
,381
9%0
0%0%
10,1
3223
%98
%24
92%
2%D
ev. E
d. a
nd T
AS
P S
tatu
s U
nkno
wn
Mat
h D
evel
opm
enta
l Edu
catio
i0
0N
/A0
N/A
0N
/AT
otal
SC
H F
all 1
999
- F
all 2
0043
,892
00%
00%
43,8
9210
0%R
eten
tion
Mor
e T
han
One
Sen
1,38
01%
00%
0%0
0%0%
1,38
010
%10
0%E
nrol
led
Spr
ing/
Sum
mer
200
01,
243
1%0
0%0%
00%
0%1,
243
9%10
0%E
nrol
led
AY
200
0-20
0177
21%
00%
0%0
0%0%
772
6%10
0%E
nrol
led
Fal
l 200
148
50%
00%
0%0
0%0%
485
4%10
0%T
rans
fer
from
2-Y
ear
to 4
-Yea
l18
90%
00%
0%0
0%0%
189
1%10
0%B
-11
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i20
50%
00%
0%0
0%0%
205
1%10
0%P
ersi
sten
ce o
r A
war
d64
51%
00%
0%0
0%0%
645
5%10
0%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity, T
echn
ical
, and
Sta
te C
olle
ge S
tate
wid
e
----
----
----
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- M
ath
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men
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duca
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-T
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NC
ol%
Not
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dN
Col
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% R
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Tot
al10
9,79
910
0%52
,337
100%
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43,7
2610
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,736
100%
13%
Per
sist
or
Rec
eive
Aw
ard
52,8
5748
%29
,373
56%
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18,3
8742
%35
%5,
097
37%
10%
TA
SP
Met
36,9
2134
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,373
56%
80%
7,10
116
%19
%44
73%
1%D
ev. E
d. N
ot P
rovi
ded
29,1
3227
%26
,384
50%
91%
2,34
95%
8%39
93%
1%D
ev. E
d. P
rovi
ded
7,78
97%
2,98
96%
38%
4,75
211
%61
%48
0%1%
TA
SP
Not
Met
15,2
9114
%0
0%0%
11,2
8626
%74
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005
29%
26%
Dev
. Ed.
Not
Pro
vide
d4,
910
4%0
0%0%
1,15
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24%
3,75
627
%76
%D
ev. E
d. P
rovi
ded
10,3
819%
00%
0%10
,132
23%
98%
249
2%2%
TA
SP
Sta
tus
and
Dev
. Ed.
Unk
now
645
1%0
0%0%
00%
0%64
55%
100%
Did
Not
Per
sist
or
Rec
eive
Aw
ard
56,9
4252
%22
,964
44%
40%
25,3
3958
%44
%8,
639
63%
15%
TA
SP
Met
26,3
5624
%22
,964
44%
87%
3,23
37%
12%
159
1%1%
Dev
. Ed.
Not
Pro
vide
d22
,265
20%
20,8
2540
%94
%1,
294
3%6%
146
1%1%
Dev
. Ed.
Pro
vide
d4,
091
4%2,
139
4%52
%1,
939
4%47
%13
0%0%
TA
SP
Not
Met
28,7
5226
%0
0%0%
22,1
0651
%77
%6,
646
48%
23%
Dev
. Ed.
Not
Pro
vide
d9,
671
9%0
0%0%
3,69
48%
38%
5,97
744
%62
%D
ev. E
d. P
rovi
ded
19,0
8117
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18,4
1242
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95%
4%T
AS
P S
tatu
s an
d D
ev. E
d. U
nkno
w1,
834
2%0
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00%
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834
13%
100%
B-1
2
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity a
nd S
tate
Col
lege
Sta
tew
ide
- A
cade
mic
Tot
alN
Col
%N
ot R
equi
red
N C
ol%
Row
%
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
sR
equi
red
N C
ol%
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nkno
wn
N C
ol%
Row
%
Tot
al65
,290
100%
31,0
7910
0% 4
8%26
,556
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41%
7,65
510
0%12
%
Inst
itutio
n Le
vel
Uni
vers
ity0
0%0
0% N
/A0
0% N
/A0
0% N
/AC
TC
65,2
9010
0%31
,079
100%
48%
26,5
5610
0% 4
1%7,
655
100%
12%
Typ
e M
ajor
Aca
dem
ic65
,290
100%
31,0
7910
0% 4
8%26
,556
100%
41%
7,65
510
0%12
%T
echn
ical
00%
00%
N/A
00%
N/A
00%
N/A
Tec
h P
rep
00%
00%
N/A
00%
N/A
00%
N/A
Inst
itutio
n T
ype/
Typ
e M
ajor
C/S
C-A
cade
mic
65,2
9010
0%31
,079
100%
48%
26,5
5610
0% 4
1%7,
655
100%
12%
C/S
C-T
echn
ical
00%
00%
N/A
00%
N/A
00%
N/A
TS
TC
/LU
IT0
0%0
0% N
/A0
0% N
/A0
0% N
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nive
rsity
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dem
ic0
0%0
0% N
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0% N
/A0
0% N
/AR
emot
e C
ampu
sC
orre
ctio
nal I
nstit
utio
n30
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520%
17%
152
1% 5
1%96
1% 3
2%
Gen
der
Fem
ale
35,7
1255
%16
,463
53%
46%
15,1
9257
% 4
3%4,
057
53%
11%
Mal
e29
,578
45%
14,6
1647
% 4
9%11
,364
43%
38%
3,59
847
% 1
2%E
thni
city
Whi
te40
,055
61%
21,6
1670
% 5
4%13
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51%
34%
4,79
863
% 1
2%B
lack
5,53
58%
1,62
35%
29%
3,33
613
% 6
0%57
68%
10%
His
pani
c16
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25%
6,14
620
% 3
7%8,
711
33%
53%
1,66
822
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%A
sian
2,01
73%
1,15
34%
57%
485
2% 2
4%37
95%
19%
Am
eric
an In
dian
318
0%13
30%
42%
147
1% 4
6%38
0% 1
2%In
tern
atio
nal
608
1%30
21%
50%
156
1% 2
6%15
02%
25%
Unk
now
n23
20%
106
0% 4
6%80
0% 3
4%46
1% 2
0%
Age
18-1
935
,777
55%
15,1
2649
% 4
2%17
,292
65%
48%
3,35
944
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20-2
14,
901
8%1,
725
6% 3
5%2,
575
10%
53%
601
8%12
%22
-24
3,09
55%
1,03
53%
33%
1,59
56%
52%
465
6%15
%25
-29
2,56
54%
779
3% 3
0%1,
232
5% 4
8%55
47%
22%
30-3
41,
457
2%35
11%
24%
600
2% 4
1%50
67%
35%
35-4
01,
270
2%33
31%
26%
470
2% 3
7%46
76%
37%
41-5
01,
109
2%31
81%
29%
322
1% 2
9%46
96%
42%
Ove
r 50
376
1%11
50%
31%
540%
14%
207
3% 5
5%U
nder
18
14,7
2123
%11
,291
36%
77%
2,40
89%
16%
1,02
213
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Unk
now
n19
0%6
0% 3
2%8
0% 4
2%5
0% 2
6%
Edu
catio
nal O
bjec
tive
Unk
now
n91
51%
00%
0%0
0%0%
915
12%
100
%N
on-D
egre
e S
eeki
ng8,
582
13%
4,51
715
% 5
3%3,
089
12%
36%
976
13%
11%
Cer
tific
ate
- T
AS
P L
iabl
e23
20%
100
0% 4
3%10
10%
44%
310%
13%
Ass
ocia
te D
egre
e34
,270
52%
14,4
9947
% 4
2%15
,338
58%
45%
4,43
358
% 1
3%B
acca
laur
eate
Deg
ree
9,34
014
%5,
086
16%
54%
3,70
114
% 4
0%55
37%
6%U
ndet
erm
ined
10,8
6217
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919
19%
54%
4,20
316
% 3
9%74
010
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Cer
tific
ate
- T
AS
P W
aive
d1,
089
2%95
83%
88%
124
0% 1
1%7
0%1%
t4=
&
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity a
nd S
tate
Col
lege
Sta
tew
ide
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cade
mic
B-1
4
Tot
al
Firs
t Sem
este
r C
ours
e-Lo
adF
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t-T
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Hig
h S
choo
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men
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or A
dvan
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now
n
Hig
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nom
ical
ly D
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nN
one
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tifie
dF
ree
Lunc
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educ
ed P
rice
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hO
ther
Initi
al T
est C
ateg
ory
Alte
rnat
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Tes
tsT
AS
P (
or S
tanf
ord
Ach
ieve
men
t Te
Unk
now
n
Mat
h D
evel
opm
enta
l Edu
catio
n S
CH
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
1
Ret
entio
n M
ore
Tha
n O
ne S
emes
ter
Spr
ing/
Sum
mer
200
0A
Y 2
000-
2001
Fal
l 200
1T
rans
fer
from
2-Y
ear
to 4
-Yea
rA
war
d D
urin
g F
all 1
999
- S
umm
er 2
001
Per
sist
ence
or
Aw
ard
Mat
h D
evel
opm
enta
l Edu
catio
n P
rovi
de(
Not
Pro
vide
dP
rovi
ded
Unk
now
n
Mat
h T
AS
P O
blig
atio
n M
etT
AS
P M
etT
AS
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ot M
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wn
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h D
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n P
rovi
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AS
P M
etT
AS
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TA
SP
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TA
SP
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Dev
. Ed.
and
TA
SP
Sta
tus
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now
Tot
alN
65,2
90
32,6
6032
,630
20,0
6315
,335
29,8
92
31,0
8227
,275
5,08
71,
304
542
19,5
1526
,745
19,0
30
158,
881
2,54
5,04
9
55,7
4149
,960
44,5
7133
,240
14,8
331,
818
34,0
35
39,8
4024
,535 91
5
38,1
2626
,249 91
5
31,1
788,
662
6,94
817
,587
915
Col
%
100% 50
%50
%
31%
23%
46%
48%
42%
8% 2% 1%
30%
41%
29%
85%
77%
68%
51%
23%
3% 52%
61%
38%
1%
58%
40% 1%
48%
13%
11%
27% 1%
----
----
----
----
---
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
s -
Not
Req
uire
dR
equi
red
N C
ol%
Row
%N
Col
% R
ow%
31,0
79 1
00%
48%
26,5
56 1
00%
41%
14,1
5746
% 4
3%15
,299
58%
47%
16,9
2254
% 5
2%11
,257
42%
34%
6,59
321
% 3
3%11
,743
44%
59%
8,36
027
% 5
5%5,
303
20%
35%
16,1
2652
% 5
4%9,
510
36%
32%
16,5
5753
% 5
3%10
,147
38%
33%
12,5
4140
% 4
6%12
,048
45%
44%
1,41
75%
28%
3,26
312
% 6
4%45
31%
35%
753
3% 5
8%11
10%
20%
345
1% 6
4%
5,48
518
% 2
8%12
,782
48%
65%
10,4
2934
% 3
9%13
,701
52%
51%
15,1
6549
% 8
0%73
0%0%
16,9
1511
%13
9,08
988
%1,
325,
278
52%
983,
820
39%
28,3
3691
% 5
1%21
,712
82%
39%
25,3
2781
% 5
1%19
,673
74%
39%
23,9
5877
% 5
4%16
,530
62%
37%
18,6
9260
% 5
6%11
,446
43%
34%
10,9
0335
% 7
4%2,
855
11%
19%
1,17
74%
65%
353
1% 1
9%
19,1
8962
% 5
6%11
,593
44%
34%
28,3
5391
% 7
1%5,
353
20%
13%
2,72
69%
11%
21,2
0380
% 8
6%0
0%0%
00%
0%
31,0
79 1
00%
82%
6,62
525
% 1
7%0
0%0%
19,9
3175
% 7
6%0
0%0%
00%
0%
28,3
5391
% 9
1%2,
440
9%8%
00%
0%2,
913
11%
34%
2,72
69%
39%
4,18
516
% 6
0%0
0%0%
17,0
1864
% 9
7%0
0%0%
00%
0%
Col
% R
ow%
100%
12%
42%
10%
58%
14%
23%
9%22
% 1
1%56
% 1
4%
57%
14%
35%
10%
5%8%
1%8%
1% 1
6%
16%
6%34
% 1
0%50
% 2
0% 2% 9%
74%
10%
65%
10%
53%
9%41
%9%
14%
7%4%
16%
42%
10%
80%
15%
8%2%
12%
100
%
6%1%
83%
24%
12%
100
%
5%1%
75%
66%
0%1%
7%3%
12%
100
%
Unk
now
nN
7,65
5
3,20
44,
451
1,72
71,
672
4,25
6
4,37
82,
686
407 98 86
1,24
82,
615
3,79
2
2,87
723
5,95
1
5,69
34,
960
4,08
33,
102
1,07
528
8
3,25
3
6,13
460
691
5
422
6,31
891
5
385
5,74
9
37 569
915
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion.
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity a
nd S
tate
Col
lege
Sta
tew
ide
- A
cade
mic
Tot
alN
Col
%N
ot R
equi
red
N C
ol%
Row
%
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
s --
--R
equi
red
N C
ol%
Row
%
-- Unk
now
nN
Col
% R
ow%
Tot
al65
,290
100%
31,0
7910
0%48
%26
,556
100%
41%
7,65
510
0%12
%D
ev. E
d. N
ot P
rovi
ded
TA
SP
Met
Mat
h D
evel
opm
enta
l Edu
catio
i6,
275
4,84
577
%1,
394
22%
361%
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
1,33
9,64
41,
199,
329
90%
120,
884
9%19
,431
1%R
eten
tion
Mor
e T
han
One
Sen
28,4
0744
%25
,763
83%
91%
2,28
29%
8%36
25%
1%E
nrol
led
Spr
ing/
Sum
mer
200
025
,469
39%
23,0
2274
%90
%2,
129
8%8%
318
4%1%
Enr
olle
d A
Y 2
000-
2001
24,0
2237
%21
,667
70%
90%
2,02
78%
8%32
84%
1%E
nrol
led
Fal
l 200
118
,913
29%
17,0
9055
%90
%1,
547
6%8%
276
4%1%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
11,5
9218
%10
,534
34%
91%
838
3%7%
220
3%2%
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i1,
239
2%1,
080
3%87
%13
20%
11%
270%
2%P
ersi
sten
ce o
r A
war
d19
,421
30%
17,5
4356
%90
%1,
597
6%8%
281
4%1%
TA
SP
Not
Met
Mat
h D
evel
opm
enta
l Edu
catio
i26
40
0%25
597
%9
3%T
otal
SC
H F
all 1
999
- F
all 2
0024
4,12
30
0%58
,783
24%
185,
340
76%
Ret
entio
n M
ore
Tha
n O
ne S
en6,
027
9%0
0%0%
1,63
06%
27%
4,39
757
%73
%E
nrol
led
Spr
ing/
Sum
mer
200
05,
172
8%0
0%0%
1,34
25%
26%
3,83
050
%74
%E
nrol
led
AY
200
0-20
014,
039
6%0
0%0%
854
3%21
%3,
185
42%
79%
Enr
olle
d F
all 2
001
3,17
25%
00%
0%73
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----
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Initi
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Dur
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17,0
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TA
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8341
%0
0%0%
12,4
2279
%75
%4,
061
72%
25%
Unk
now
n1,
402
3%0
0%0%
00%
0%1,
402
25%
100%
Mat
h D
evel
opm
enta
l Edu
catio
n P
rovi
dec
Not
Pro
vide
dT
AS
P M
et18
,534
46%
17,2
5290
%93
%1,
137
7%6%
145
3%1%
TA
SP
Not
Met
5,51
014
%0
0%0%
1,77
211
%32
%3,
738
66%
68%
Pro
vide
dT
AS
P M
et4,
204
10%
1,99
910
%48
%2,
184
14%
52%
210%
0%T
AS
P N
ot M
et10
,973
27%
00%
0%10
,650
68%
97%
323
6%3%
Dev
. Ed.
and
TA
SP
Sta
tus
Unk
now
1,40
23%
00%
0%0
0%0%
1,40
225
%10
0%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity a
nd S
tate
Col
lege
Sta
tew
ide
- T
echn
ical
Tot
alN
Col
%
Mat
h D
evel
opm
enta
l Edu
catio
nR
equi
red
N C
ol%
Sta
tus
Row
%N
ot R
equi
red
N C
ol%
Row
%R
ow%
Unk
now
nN
Col
%
Tot
al40
,623
100%
19,2
5110
0%47
%15
,743
100%
39%
5,62
910
0%14
%D
ev. E
d. N
ot P
rovi
ded
TA
SP
Met
Mat
h D
evel
opm
enta
l Edu
catio
r2,
200
1,68
677
%50
823
%6
0%T
otal
SC
H F
all 1
999
- F
all 2
0062
7,53
556
7,30
390
%52
,722
8%7,
510
1%R
eten
tion
Mor
e T
han
One
Sen
14,7
6536
%13
,604
71%
92%
1,02
47%
7%13
72%
1%E
nrol
led
Spr
ing/
Sum
mer
200
013
,304
33%
12,2
2463
%92
%94
86%
7%13
22%
1%E
nrol
led
AY
200
0-20
0110
,732
26%
9,72
751
%91
%87
76%
8%12
82%
1%E
nrol
led
Fal
l 200
17,
403
18%
6,64
835
%90
%65
64%
9%99
2%1%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
2,68
67%
2,39
812
%89
%22
11%
8%67
1%2%
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i1,
909
5%1,
804
9%94
%90
1%5%
150%
1%P
ersi
sten
ce o
r A
war
d8,
816
22%
8,00
342
%91
%70
54%
8%10
82%
1%T
AS
P N
ot M
etM
ath
Dev
elop
men
tal E
duca
tioi
169
00%
154
91%
159%
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
123,
575
00%
33,6
1327
%89
,962
73%
Ret
entio
n M
ore
Tha
n O
ne S
en3,
247
8%0
0%0%
874
6%27
%2,
373
42%
73%
Enr
olle
d S
prin
g/S
umm
er 2
000
2,91
37%
00%
0%74
55%
26%
2,16
839
%74
%E
nrol
led
AY
200
0-20
011,
863
5%0
0%0%
418
3%22
%1,
445
26%
78%
Enr
olle
d F
all 2
001
1,24
33%
00%
0%30
82%
25%
935
17%
75%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
257
1%0
0%0%
510%
20%
206
4%80
%A
war
d D
urin
g F
all 1
999
- S
umi
309
1%0
0%0%
630%
20%
246
4%80
%P
ersi
sten
ce o
r A
war
d1,
480
4%0
0%0%
360
2%24
%1,
120
20%
76%
Dev
. Ed.
Pro
vide
dT
AS
P M
et
CA
Mat
h D
evel
opm
enta
l Edu
catio
i23
,287
9,10
639
%14
,051
60%
130
1%
IN3
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
197,
657
86,2
6344
%11
0,37
756
%1,
017
1%R
eten
tion
Mor
e T
han
One
Sen
4,05
510
%1,
912
10%
47%
2,12
213
%52
%21
0%1%
Enr
olle
d S
prin
g/S
umm
er 2
000
3,68
69%
1,69
19%
46%
1,97
713
%54
%18
0%0%
Enr
olle
d A
Y 2
000-
2001
3,71
59%
1,72
29%
46%
1,97
313
%53
%20
0%1%
Enr
olle
d F
all 2
001
2,48
46%
1,04
25%
42%
1,42
89%
57%
140%
1%T
rans
fer
from
2-Y
ear
to 4
-Yea
l42
01%
111
1%26
%30
62%
73%
30%
1%A
war
d D
urin
g F
all 1
999
- S
umi
276
1%19
11%
69%
831%
30%
20%
1%P
ersi
sten
ce o
r A
war
d2,
641
7%1,
147
6%43
%1,
478
9%56
%16
0%1%
TA
SP
Not
Met
Mat
h D
evel
opm
enta
l Edu
catio
i69
,627
00%
68,2
3498
%1,
393
2%T
otal
SC
H F
all 1
999
- F
all 2
0034
0,13
50
0%33
3,52
298
%6,
613
2%R
eten
tion
Mor
e T
han
One
Sen
8,42
021
%0
0%0%
8,21
852
%98
%20
24%
2%E
nrol
led
Spr
ing/
Sum
mer
200
07,
589
19%
00%
0%7,
406
47%
98%
183
3%2%
Enr
olle
d A
Y 2
000-
2001
5,81
714
%0
0%0%
5,70
236
%98
%11
52%
2%E
nrol
led
Fal
l 200
13,
715
9%0
0%0%
3,62
923
%98
%86
2%2%
Tra
nsfe
r fr
om 2
-Yea
r to
4-Y
eal
345
1%0
0%0%
338
2%98
%7
0%2%
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i90
0%0
0%0%
901%
100%
00%
0%P
ersi
sten
ce o
r A
war
d3,
769
9%0
0%0%
3,68
323
%98
%86
2%2%
Dev
. Ed.
and
TA
SP
Sta
tus
Unk
now
nM
ath
Dev
elop
men
tal E
duca
tior
00
N/A
0N
/A0
N/A
Tot
al S
CH
Fal
l 199
9 -
Fal
l 200
22,8
350
0%0
0%22
,835
100%
Ret
entio
n M
ore
Tha
n O
ne S
en75
92%
00%
0%0
0%0%
759
13%
100%
Enr
olle
d S
prin
g/S
umm
er 2
000
686
2%0
0%0%
00%
0%68
612
%10
0%E
nrol
led
AY
200
0-20
0141
51%
00%
0%0
0%0%
415
7%10
0%E
nrol
led
Fal
l 200
124
41%
00%
0%0
0%0%
244
4%10
0%T
rans
fer
from
2-Y
ear
to 4
-Yea
l93
0%0
0%0%
00%
0%93
2%10
0%B
-19
Aw
ard
Dur
ing
Fal
l 199
9 -
Sum
i10
00%
00%
0%0
0%0%
100
2%10
0%P
ersi
sten
ce o
r A
war
d32
41%
00%
0%0
0%0%
324
6%10
0%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
Com
mun
ity a
nd S
tate
Col
lege
Sta
tew
ide
- T
echn
ical
----
----
----
---
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
s --
----
----
----
--T
otal
NC
ol%
Not
Req
uire
dN
Col
% R
ow%
Req
uire
dN
Col
% R
ow%
Unk
now
nN
Col
% R
ow%
Tot
al40
,623
100%
19,2
5110
0%47
%15
,743
100%
39%
5,62
910
0%14
%
Per
sist
or
Rec
eive
Aw
ard
17,0
3042
%9,
150
48%
54%
6,22
640
%37
%1,
654
29%
10%
TA
SP
Met
11,4
5728
%9,
150
48%
80%
2,18
314
%19
%12
42%
1%D
ev. E
d. N
ot P
rovi
ded
8,81
622
%8,
003
42%
91%
705
4%8%
108
2%1%
Dev
. Ed.
Pro
vide
d2,
641
7%1,
147
6%43
%1,
478
9%56
%16
0%1%
TA
SP
Not
Met
5,24
913
%0
0%0%
4,04
326
%77
%1,
206
21%
23%
Dev
. Ed.
Not
Pro
vide
d1,
480
4%0
0%0%
360
2%24
%1,
120
20%
76%
Dev
. Ed.
Pro
vide
d3,
769
9%0
0%0%
3,68
323
%98
%86
2%2%
TA
SP
Sta
tus
and
Dev
. Ed.
Unk
now
324
1%0
0%0%
00%
0%32
46%
100%
Did
Not
Per
sist
or
Rec
eive
Aw
ard
23,5
9358
%10
,101
52%
43%
9,51
760
%40
%3,
975
71%
17%
TA
SP
Met
11,2
8128
%10
,101
52%
90%
1,13
87%
10%
421%
0%D
ev. E
d. N
ot P
rovi
ded
9,71
824
%9,
249
48%
95%
432
3%4%
371%
0%D
ev. E
d. P
rovi
ded
1,56
34%
852
4%55
%70
64%
45%
50%
0%T
AS
P N
ot M
et11
,234
28%
00%
0%8,
379
53%
75%
2,85
551
%25
%D
ev. E
d. N
ot P
rovi
ded
4,03
010
%0
0%0%
1,41
29%
35%
2,61
847
%65
%D
ev. E
d. P
rovi
ded
7,20
418
%0
0%0%
6,96
744
%97
%23
74%
3%T
AS
P S
tatu
s an
d D
ev. E
d. U
nkno
w1,
078
3%0
0%0%
00%
0%1,
078
19%
100%
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
TS
TC
and
Lam
ar In
stitu
te o
f Tec
hnol
ogy
Sta
tew
ide
Tot
alN
Col
%N
ot R
equi
red
N C
ol%
Row
%
Mat
h D
evel
opm
enta
l Edu
catio
n S
tatu
sR
equi
red
N C
ol%
Row
%U
nkno
wn
N C
ol%
Row
%
Tot
al3,
886
100%
2,00
7 10
0% 5
2%1,
427
100%
37%
452
100%
12%
Inst
itutio
n Le
vel
Uni
vers
ity0
0%0
0% N
/A0
0% N
/A0
0% N
/AC
TC
3,88
610
0%2,
007
100%
52%
1,42
7 10
0%37
%45
2 10
0%12
%T
ype
Maj
orA
cade
mic
00%
00%
N/A
00%
N/A
00%
N/A
Tec
hnic
al3,
708
95%
1,91
595
% 5
2%1,
355
95%
37%
438
97%
12%
Tec
h P
rep
178
5%92
5% 5
2%72
5% 4
0%14
3%8%
Inst
itutio
n T
ype/
Typ
e M
ajor
C/S
C-A
cade
mic
00%
00%
N/A
00%
N/A
00%
N/A
C/S
C-T
echn
ical
00%
00%
N/A
00%
N/A
00%
N/A
TS
TC
/LU
IT3,
886
100%
2,00
7 10
0% 5
2%1,
427
100%
37%
452
100%
12%
Uni
vers
ity-A
cade
mic
00%
00%
N/A
00%
N/A
00%
N/A
Rem
ote
Cam
pus
Cor
rect
iona
l Ins
titut
ion
00%
0% N
/A0%
N/A
0% N
/A
Gen
der
Fem
ale
1,37
735
%69
134
% 5
0%51
936
% 3
8%16
737
%12
%M
ale
2,50
965
%1,
316
66%
52%
908
64%
36%
285
63%
11%
Eth
nici
tyW
hite
1,81
547
%92
846
% 5
1%67
147
% 3
7%21
648
% 1
2%B
lack
409
11%
164
8% 4
0%21
315
% 5
2%32
7%8%
His
pani
c1,
619
42%
892
44%
55%
531
37%
33%
196
43%
12%
Asi
an30
1%14
1% 4
7%11
1% 3
7%5
1%17
%C
ilA
mer
ican
Indi
an12
0%8
0% 6
7%1
0%8%
31%
25%
isC
tt.In
tern
atio
nal
10%
10%
100
%0
0%0%
00%
0%U
nkno
wn
00%
00%
N/A
00%
N/A
00%
N/A
Age
18-1
92,
007
52%
1,06
553
% 5
3%79
656
% 4
0%14
632
%7%
20-2
145
712
%21
411
% 4
7%18
913
% 4
1%54
12%
12%
22-2
435
99%
184
9% 5
1%13
59%
38%
409%
11%
25-2
928
27%
126
6% 4
5%12
99%
46%
276%
10%
30-3
417
85%
714%
40%
564%
31%
5111
% 2
9%35
-40
137
4%51
3% 3
7%43
3% 3
1%43
10%
31%
41-5
014
24%
643%
45%
342%
24%
4410
% 3
1%O
ver
5044
1%20
1% 4
5%9
1% 2
0%15
3% 3
4%U
nder
18
280
7%21
211
% 7
6%36
3% 1
3%32
7% 1
1%U
nkno
wn
00%
00%
N/A
00%
N/A
00%
N/A
Edu
catio
nal O
bjec
tive
Unk
now
n16
24%
00%
0%0
0%0%
162
36%
100
%N
on-D
egre
e S
eeki
ng16
44%
714%
43%
655%
40%
286%
17%
Cer
tific
ate
- T
AS
P L
iabl
e11
83%
362%
31%
433%
36%
399%
33%
Ass
ocia
te D
egre
e2,
288
59%
765
38%
33%
1,30
892
% 5
7%21
548
%9%
Bac
cala
urea
te D
egre
e29
1%22
1% 7
6%4
0% 1
4%3
1% 1
0%U
ndet
erm
ined
40%
10%
25%
30%
75%
00%
0%C
ertif
icat
e -
TA
SP
Wai
ved
1,12
129
%1,
112
55%
99%
40%
0%5
1%0%
B-2
1
B-2
2
App
endi
x B
Mat
h D
evel
opm
enta
l Edu
catio
n by
Cha
ract
eris
tics
of In
stitu
tion,
Pro
gram
, and
Stu
dent
Fal
l/Prio
r S
umm
er 1
999
Firs
t-T
ime-
in-C
olle
ge S
tude
nts
Tra
cked
Thr
ough
Fal
l 200
1
TS
TC
and
Lam
ar In
stitu
te o
f Tec
hnol
ogy
Sta
tew
ide
----
----
----
- M
ath
Dev
elop
men
tal E
duca
tion
Sta
tus
Tot
alN
Col
%N
ot R
equi
red
N C
ol%
Row
%R
equi
red
N C
ol%
Row
%U
nkno
wn
N C
ol%
Row
%
Tot
al3,
886
100%
2,00
710
0%52
%1,
427
100%
37%
452
100%
12%
Firs
t Sem
este
r C
ours
e-Lo
adF
ull-T
ime
1,34
735
%60
330
%45
%62
944
%47
%11
525
%9%
Par
t-T
ime
2,53
965
%1,
404
70%
55%
798
56%
31%
337
75%
13%
Hig
h S
choo
l Dip
lom
aR
egul
ar1,
553
40%
776
39%
50%
680
48%
44%
9721
%6%
Rec
omm
ende
d or
Adv
ance
d70
218
%40
220
%57
%21
515
%31
%85
19%
12%
Unk
now
n1,
631
42%
829
41%
51%
532
37%
33%
270
60%
17%
Hig
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AGENDA ITEM IX-D(1) JANUARY 2003Page 1
ADDENDUM 1
A Comparison of the Performance of Full-Time and Part-TimeMathematics Developmental Education Students
Background
At its October 2002 meeting, the Texas Higher Education Coordinating Board adopted a reportentitled, Mathematics Developmental Education in Texas Public Higher Education:Performance Assessment. At the time, Board members raised questions regarding the relativeperformance of full-time and part-time students who are required to participate in mathematicsdevelopmental education. This document addresses those questions.
The original report was developed from data on 158,903 first-time-in-college students in the1999 summer and fall terms. It was not possible to determine the status of 16,609 of thesestudents, and they were eliminated from the analysis. The same cohort of students was usedfor this study.
What the data tells us about the performance of full-time and part-timemathematics developmental education students:
The following are the most important conclusions that can be drawn from these data.
1. Statewide, about one-third of new college and university students requiremathematics developmental education. This is true for both full-time and part-timestudents.
However, that fact masks some sector differences. The percentage of full-time students in two-year colleges required to participate in mathematics developmental education is significantlyhigher than the percentage of part-time students. The opposite is true at universities. Thepercentages of part-time students required to participate in mathematics developmentaleducation are virtually the same across all sectors.
All Students
Total Number Requiring Math Percent RequiringSector New Stdts Dev Ed Math Dev Ed
Comm Colleges 105,913 42,299 40%(Acad) (65,290) (26,556) (41%)(Tech) (40,623) (15,743) (39%)
TSTC/LIT 3,886 1,427 37%
University 49,104 9,400 19%All 158,903 53,126 33%
TSTC/LIT = Texas State Technical College andLamar Institute of Technology
AGENDA ITEM IX-D(1)Page 2
Full-Time Students
JANUARY 2003
Total Number Requiring Math Percent RequiringSector New Stdts Dev Ed Math Dev Ed
Comm Colleges 51,193 23,524 46%(Acad) (32,660) (15,299) (47%)(Tech) (18,533) (8,225) (44%)
TSTC/LIT 1,347 629 47%University 46,134 8,393 18%All 98,674 32,546 33%
TSTC/LIT = Texas State Technical College andLamar Institute of Technology
Part-Time Students
SectorTotal
New StdtsNumber Requiring
Math Dev EdPercent Requiring
Math Dev EdComm Colleges
(Acad)(Tech)
54,720(32,630)(22,090)
18,775(11,257)
(7,518)
34%(34%)(34%)
TSTC/LIT 2,539 798 31%University 2,970 1,007 34%All 60,229 20,580 34%
TSTC/LIT = Texas State Technical College andLamar Institute of Technology
2. Over 80 percent of the new students requiring mathematics developmental educationare enrolled in two-year colleges. University students comprise 26 percent of full-timestudents requiring developmental education but only five percent of part-time studentsrequiring developmental education.
The following charts show the percentage of the total cohort of students requiring mathematicsdevelopmental education enrolled in each sector of higher education.
AGENDA ITEM IX-D(1) JANUARY 2003Page 3
All Students
Percent of Math Dev Ed Students inEach Education Sector
Univ18%
TSTC/LIT3%
CC-Tech29%
CC-Acad50%
Univ = UniversitiesTSTC/LIT = Texas State Technical College and
Lamar Institute of TechnologyCC-Tech = Community Colleges, Technical StudentsCC-Acad = Community Colleges, Academic Students
Full-Time Students
Percent of Math Dev Ed Students inEach Education Sector
Univ26%
CC-AcadTSTC/LIT 47%
2%
CC-Tech25%
Univ = UniversitiesTSTC/LIT = Texas State Technical College and
Lamar Institute of TechnologyCC-Tech = Community Colleges, Technical StudentsCC-Acad = Community Colleges, Academic Students
60BEST COPY AVAILARLF_
AGENDA ITEM IX-D(1) JANUARY 2003Page 4
Part-Time Students
Percent of Math Dev Ed Students inEach Education Sector
Univ5%
TSTC/LIT4%
CC-Tech37%
CC-Acad55%
Univ = UniversitiesTSTC/LIT = Texas State Technical College and
Lamar Institute of TechnologyCC-Tech = Community Colleges, Technical StudentsCC-Acad = Community Colleges, Academic Students
The sector differences between full-time and part-time students can be largely explained by therelative differences in the number of students enrolled in each sector.
3. About one-half of the students requiring mathematics developmental education areWhite, about one-third are Hispanic, and about one-sixth are African-American.
While there is some variation between full-time and part-time students, the differences are notsignificant.
All Students
Percent of Math Dev Ed Students inEach Racial/Ethnic Group
Hispanic33%
African-American
17%
OtherA< White
Full-Time Students
AGENDA ITEM IX-D(1) JANUARY 2003Page 5
Percent of Math Dev Ed Students inEach Racial/Ethnic Group
African-Hispanic American
32% 19%
Other3%
White45%
Part-Time Students
Percent of Math Dev Ed Students inEach Racial/Ethnic Group
Hispanic35%
African-American
14%
WhiteOther 47%
4%
Notice that almost one-half of the students required to participate in mathematics developmentaleducation are White students.
4. Different racial/ethnic groups exhibit differences in academic preparation butdifferences between full-time and part-time students in each group are minor.
The following tables show the number of students in each racial/ethnic group, the numbersrequiring mathematics developmental education, and the percentages requiring mathematicsdevelopmental education.
All Students
AGENDA ITEM IX-D(1)Page 6
JANUARY 2003
Race or EthnicGroup Total in Cohort
Number RequiringMath Dev Ed
Percent RequiringMath Dev Ed
White 91,952 24,424 27%Hispanic 39,751 17,746 45%
African-Am 17,298 9,023 52%Am Indian 748 267 36%
Asian 6,727 1,082 16%Internat'l 1,789 420 23%
Unknown 638 164 26%
Full-Time Students
Race or EthnicGroup Total in Cohort
Number RequiringMath Dev Ed
Percent RequiringMath Dev Ed
White 57,728 14,783 26%Hispanic 23,495 10,521 45%
African-Am 11,130 6,196 56%Am Indian 452 144 32%
Asian 4,398 559 13%Internat'I 1,131 262 23%
Unknown 340 81 24%
Part-Time Students
Race or EthnicGroup Total in Cohort
Number RequiringMath Dev Ed
Percent RequiringMath Dev Ed
White 34,224 9,641 28%Hispanic 16,256 7,225 44%
African-Am 6,168 2,827 46%Am Indian 296 123 42%
Asian 2,329 523 22%Internat'l 658 158 24%
Unknown 298 83 28%
AGENDA ITEM IX-D(1) JANUARY 2003Page 7
5. Gender differences are minor for both full-time and part-time students.
Much has been written about females and science and mathematics education. Females makeup 54 percent of the cohort and 57 percent of the students who were required to participate inmathematics developmental education.
Females make up 54 percent of the full-time students in the cohort and 57 percent of thoserequired to participate in mathematics developmental education. Females make up 55 percentof the part-time students in the cohort and 58 percent of those required to participate indevelopmental education. The gender differences between full-time and part-time students areminor.
All Students
GenderPercent Requiring
Math Dev EdNumber Requiring
Math Dev EdMale 31% 22,599
Female 36% 30,527
Full-Time Students
GenderPercent Requiring
Math Dev EdNumber Requiring
Math Dev EdMale 30% 13,961
Female 35% 18,585
Part-Time Students
GenderPercent Requiring
Math Dev EdNumber Requiring
Math Dev EdMale 32% 8,638
Female 36% 11,942
6. Older students, either full-time or part-time, aren't more likely than their youngercounterparts to require mathematics developmental education.
There has been a great deal of speculation that much of the requirement for developmentaleducation is driven by older students who enroll in college for the first time for job retraining andother purposes.
These data do not support that thesis. Seventy-four percent of students requiring mathematicsdevelopmental education are 19 or younger; 83 percent are 21 or younger. The patterns forboth full-time and part-time students are similar. These high percentages are partially due to the
AGENDA ITEM IX-D(1)Page 8
JANUARY 2003
fact that the traditional age-24-and-under students continue to dominate enrollments, but thepercentages of these students requiring mathematics developmental education are startlinglyhigh. After age 24, the percentages requiring mathematics developmental education decreasewith age, and people over 50 are less likely to require mathematics developmental educationthan any other age group. [NOTE: Students over 55 are exempt from Texas Academic SkillsProgram (TASP) requirements by law unless they are seeking a degree or certificate.]
All Students
Age Group Number inCohort
Number RequiringMath Dev Ed
Percent RequiringMath Dev Ed
Under 18 22,154 3,844 17%18-19 100,419 35,350 35%20-21 10,258 4,969 48%22-24 7,215 3,203 44%25-29 6,761 2,652 39%30-34 4,022 1,282 32%35-40 3,549 985 28%41-50 3,324 694 21%
Over 50 1,151 130 11%Unknown 50 17 34%
Full-Time Students
Age GroupNumber in
CohortNumber Requiring
Math Dev EdPercent Requiring
Math Dev EdUnder 18 5,412 1,560 29%
18-19 80,976 25,664 32%20-21 4,740 2,284 48%22-24 2,664 1,237 46%25-29 2,035 890 44%30-34 1,024 389 38%35-40 836 281 34%41-50 755 192 25%
Over 50 207 41 20%Unknown 25 8 32%
AGENDA ITEM lX-D(1)Page 9
Part-Time Students
JANUARY 2003
Age Group Number in CohortNumber Requiring
Math Dev EdPercent Requiring
Math Dev EdUnder 18 16,742 2,284 14%
18-19 19,443 9,686 50%20-21 5,518 2,685 49%22-24 4,551 1,966 43%25-29 4,726 1,762 37%30-34 2,998 893 30%35-40 2,713 704 26%41-50 2,569 502 20%
Over 50 944 89 9%Unknown 25 9 36%
7. Encouraging more students to enroll in the Recommended High School Programshould help reduce the demand for mathematics developmental education, but noteliminate it.
Coordinating Board data in this area is somewhat problematical, because it is not possible toidentify the high school curriculum for nearly 40 percent of the students in the cohort (64 percentof the part-time cohort).
However, the existing data are encouraging, indicating that fewer students who have taken anadvanced or recommended high school curriculum are required to complete mathematicsdevelopmental education.
All Students
High SchoolCurriculum Total in Cohort
NumberRequiring
Math Dev EdPercent Requiring
Math Dev EdRegular 47,402 23,033 49%
Recom'd orAdvanced
50,019 11,657 23%
Unknown 61,482 18,436 30%
Full-Time Students
High SchoolCurriculum Total in Cohort
Number RequiringMath Dev Ed
Percent RequiringMath Dev Ed
Regular 33,035 15,155 46%Recom'd or
Advanced42,762 9,109 21%
Unknown 22,877 8,282 36%
AGENDA ITEM IX-D(1)Page 10
Part-Time Students
JANUARY 2003
High SchoolCurriculum Total in Cohort
Number RequiringMath Dev Ed
Percent RequiringMath Dev Ed
Regular 14,367 7,878 55%
Recom'd orAdvanced
7,257 2,548 35%
Unknown 38,605 10,154 26%
Making the Recommended High School Program the default curriculum will not eliminate theneed for developmental education because not all students will opt for it and because asignificant percentage of students (e.g., 35 percent of part-time students) who complete it stillrequire mathematics developmental education when they reach higher education. Not allstudents who choose the Recommended curriculum achieve college-level mastery of thematerial now, and as it becomes the default curriculum, that percentage may increase as morestudents enroll in that curriculum.
8. Thirty-seven percent of the full-time students who are required to undergomathematics developmental education are required to do so based on a test other thanthe TASP Test. Fifty-eight percent of the part-time students required to participate indevelopmental education are required to do so based on an alternative test.
Coordinating Board rules allow use of a number of alternative tests to determine initialplacement.
Determining the equivalence of scores on TASP alternatives has proved to be a difficulttechnical task, but these data indicate the importance of additional effort, especially for part-timestudents.
9. Seventeen percent of full-time students required to participate in mathematicsdevelopmental education never did so; 23 percent of part-time students did not.
The data for this cohort of students indicates that no developmental education was provided for10,270 of the 53,126 students in the cohort required to participate in mathematicsdevelopmental education. No developmental education was provided to 5,523 of 32,546 full-time students and 4,747 of 20,580 part-time students.
Sixty-one percent of these full-time students subsequently passed the TASP Test or achieved agrade of "B" or better in approved college-level mathematics course within two years. Only 33percent of part-time students did so.
Other students dropped out of college before enrolling in mathematics developmentaleducation, switched to TASP-exempt curricula, or otherwise delayed mathematicsdevelopmental education.
While previous sections of this report indicate that pre-college performance differences arerelatively minor, the data above indicate that in-college performance of part-time studentsseriously lags that of full-time students.
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AGENDA ITEM IX-D(1) JANUARY 2003Page 11
10. About 32 percent of new students required to complete mathematics developmentaleducation did so within two years; only about 20 percent of part-time students did so.
The number of students who successfully complete developmental education in a specific timeperiod is one measure of the performance of the developmental education system.
In the cohort included in this study, only 14,762 of the 53,126 students required to participate inmathematics developmental education passed the TASP Test or achieved a grade of "B" orbetter in an approved college-level mathematics course within two years. Of 32,546 full-timestudents, 10,574 did so; of 20,580 part-time students, 4,188 did so. This is a discouragingstatistic, given the importance of addressing academic deficiencies early. The implications forpart-time students are especially discouraging.
It indicates that the academic deficiencies of relatively few students are being addressedsuccessfully and that students are spreading their mathematics developmental education overan extended period of time, increasing costs to themselves and the state and decreasing theprobability of eventual success in college.
11. After two years, about one-half of the new students required to completemathematics developmental education either earned a certificate or a degree or are atleast still enrolled. A higher percentage of full-time students than part-time studentsmeet these criteria.
The number of students who are retained and subsequently receive degrees or certificates isanother important performance measure for the developmental education system.
The term of this study was not long enough to measure graduates, especially at thebaccalaureate level. As an alternative, a number of alternative statistics were computed.Of 158,903 first-time-in-college students who enrolled summer/fall 1999, 53,126 were requiredto participate in mathematics developmental education. Of those, 32,546 were full-timestudents and 20,580 were part-time students. The following table summarizes what happenedto those 53,126 students by fall 2001.
All StudentsFull-TimeStudents
Part-TimeStudents
Received degree or certificate, and nolonger enrolled 452 (1%) 307 (1%) 145 (1%)Completed mathematics developmentaleducation, received degree or certificate,still enrolled
251 (1/2-%) 218 (1%) 33 (2/10-%)
Completed mathematics developmentaleducation, still enrolled but not beenawarded a degree or certificate
9,967 (19%) 7,329 (23%) 2,638 (13%)
Completed mathematics developmentaleducation but had not received a degreeor certificate and were no longer enrolled
4,287 (8%) 2,847 (9%) 1,440 (7%)
All StudentsFull-TimeStudents
Part-TimeStudents
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Not yet completed mathematicsdevelopmental education but still enrolled 13,678 (26%) 9,002 (28%) 4,676 (23%)Not completed mathematicsdevelopmental education and not enrolled 24,491 (46%) 12,843 (39%) 11,648 (57%)
Sixty-seven percent of students not required to participate in mathematics developmentaleducation were either still enrolled or had been awarded a degree or certificate by fall 2001.Seventy-five percent of full-time students and 53 percent of part-time students were either stillenrolled or had been awarded a degree or certificate by fall 2001.
For those required to participate in mathematics developmental education, 46 percent, or24,348 students, were either still enrolled or had been awarded a degree or certificate by fall2001. Fifty-two percent of full-time and 36 percent of part-time students were either still enrolledor had been awarded a degree or certificate by fall 2001.
Clearly, retention rates for students who are not required to participate in mathematicsdevelopmental education are better than retention rates for students who are required toparticipate. And, retention rates for full-time students are clearly superior to retention rates forpart-time students.
Conclusion
Although there is considerable variability, these data do not indicate that there are majordifferences between the students who choose to enroll part-time and those who choose to enrollfull-time for students requiring mathematics developmental education. The percentages of full-time and part-time students required to participate in mathematics developmental education aresimilar. The percentages of part-time and full-time students in different ethnic groups requiredto participate in mathematics developmental education are similar. Similar statements can bemade for gender, age, and even academic preparation, although the data for academicpreparation is somewhat problematic.
However, there appears to be a major difference in the performance of part-time and full-timestudents after enrollment. Part-time students have uniformly lower retention rates and are lesslikely to successfully complete mathematics developmental education requirements.
Given these differences, educators with responsibility for developmental education shouldreview the implementation of these programs to compensate for these differences. Somestrategies might include:
Ensuring that developmental education classes are offered at times when part-timestudents can avail themselves of them;Ensuring that developmental education support services are available at times whenpart-time students can avail themselves of them;Enhancing support services for these students, including tutoring, the availability ofcomputer assisted instruction modules, organizing learning communities, etc.Coordinating developmental education with other instructional programs; andProviding mechanisms for convenient, frequent evaluation of mastery of the material.Monitor the distribution of initial test scores of developmental education students andconsider that distribution in the design of curricular materials.
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AGENDA ITEM IX-D(1) JANUARY 2003Page 13
Tailor developmental education programs to specific student needs. Students withminor deficiencies as measured by TASP should not be routed to the samedevelopmental education class as students who initially tested below 150.Identify students with a high probability of successfully completing developmentaleducation early and encourage them to satisfy their developmental educationrequirements as soon as possible.Monitor students with a low probability of completing developmental educationrequirements carefully. Provide counseling regarding other alternatives when itbecomes obvious that they will not be successful and before an unmanageable studentdebt or other issues make other alternatives untenable.
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AGENDA ITEM IX-D(1) JANUARY 2003Page 1
ADDENDUM 2
The Relationship between Initial TASP Test Scores and Performanceof Mathematics Developmental Education Students
Background
At its October 2002 meeting, the Texas Higher Education Coordinating Board adopted a reportentitled, Mathematics Developmental Education in Texas Public Higher Education:Performance Assessment. At the time, Board members raised questions regarding therelationships that exist between initial Texas Academic Skills Program (TASP) test scores andperformance of those who are required to participate in mathematics developmental education.This document addresses those questions.
The original report was developed from data on 158,903 first-time-in-college students in the1999 summer and fall terms. One-third of those students were required to participate inmathematics developmental education. Nearly one-half of those students took an alternative tothe TASP Test. The equivalence of scores on TASP, and the alternative tests, has been asource of continuing controversy. In an effort to eliminate questions that might arise from testequivalency issues, it was decided to use data derived only from students who took the TASP.An additional 2,965 students were eliminated because TASP test scores were not included ordid not pass edit checks. The final sample includes 26,082 students who were required toparticipate in mathematics developmental education because they scored less than theCoordinating Board required minimum of 230 on the mathematics portion of the TASP. This isstill a large sample.
What the data tells us about the relationship between initial TASP test scores andperformance in mathematics developmental education:
Appendices A and B present detailed statistics, and interested readers will wish to examinethese tables in more detail. The following are believed to be the most important conclusionsthat can be drawn from these data.
1. Slightly less than one-half of the students required to participate in mathematicsdevelopmental education score within 20 points (85 percent) of passing.
The tables below show the number and percentage of students required to participate indevelopmental education, by test score. Relatively large percentages of students are clusterednear the 230 pass score, and that fact should be encouraging for eventual success ofdevelopmental education programs. A slightly higher percentage of university students thantwo-year college students are close to passing, but the differences are small.
AGENDA ITEM IX-D(1)Page 2
Two-Year College Students
JANUARY 2003
Initial TASPMathematics Score
Number of NewStudents
Percentage ofNew Students
210-229 8,243 43%190-209 5,413 29%170-189 3,033 16%120-169 2,185 12%100-119 97 0.5%Total 18,971 100%
University Students
Initial TASPMathematics Score
Number of NewStudents
Percentage of NewStudents
210-229 3,702 52%190-209 1,925 27%170-189 920 13%120-169 537 8%100-119 27 0.4%Total 7,111 100%
2. Percentages of developmental education students initially testing within 20 points ofthe passing score vary significantly from institution to institution.
The tables below show the top five and bottom five institutions, ranked by percentage ofstudents initially testing within 20 points of the passing TASP mathematics score. Students whoinitially test within 20 points of passing are prime candidates for successful remediation.Differences in the percentages of students in this group at least partially explain the differencesin effectiveness of different developmental education programs.
Two-Year Colleges
Institution
Percentage of Developmental EducationStudents Testing Within 20 Points of
Passing Mathematics ScoreTop Five Institutions
Midland College 57%Hill College 56%Lee College 53%Amarillo College 52%Austin Community College 52%
Bottom Five InstitutionsGalveston College 35%Southwest Texas Jr. College 35%Lamar Institute of Tech. 34%South Texas Community C. 32%Clarendon College 30%
AGENDA ITEM IX-D(1)Page 3
Universities
JANUARY 2003
Institution
Percentage of Developmental EducationStudents Testing Within 20 Points of
Passing Mathematics ScoreTop Five Institutions
TAMU-Galveston 81%TAMU-College Station 70%UT-San Antonio 69%Texas Tech University 69%TAMU-Corpus Christi 69%
Bottom Five InstitutionsUH-Downtown 43%UT of the Permian Basin 38%Prairie View A&M University 35%Sul Ross State University 34%Texas Southern University 30%
3. Developmental education participation rates are largely unaffected by initial TASP testscores.
Some students who score close to passing grades opt for self-study or simply repeating theTASP Test and do not participate in developmental education and for that reason the group withinitial scores between 210-229 has a slightly lower participation rate than other groups. Othergroups have remarkably similar participation rates centered around 85 percent.
Mathematics Developmental EducationParticipation Rates After Two Years
Initial TASPMathematics
ScoreNumber of New
StudentsNumber Participated
in Math Dev. Ed.
PercentageParticipated
in Math Dev. Ed.210-229 11,945 8,934 75%190-209 7,338 6,093 83%170-189 3,953 3,376 85%120-169 2,722 2,294 84%100-119 124 97 78%
Total 26,082 20,794 80%
4. Statewide, after two years, over one-half of students required to participate inmathematics developmental education will have either earned a degree or certificate andleft the institution or will still be enrolled.
One measure of the effectiveness of developmental education programs is the percentage ofstudents who have either obtained a degree or certificate and left the institution and/or are stillenrolled after two years. As expected, percentages are higher for those students who initiallytested closer to the passing score. However, differences are smaller than are widely believed.
AGENDA ITEM IX-D(1)Page 4
JANUARY 2003
The high percentage completion/retention rate for students in the 100-119 range requires someexplanation. In a mass testing program such as this, a small number of students will fall ill whiletaking the exam, will arrive late for the exam, etc. Many of those students are capable ofpassing the exam and will do so on a retake and subsequently make good progress in theiracademic programs. They will, however, show up with low initial test scores.
Statewide Completion/Retention Rates After Two Years
Initial TASPMathematics Score
Number ofNew Students
NumberCompleted
and/or Retained
PercentageCompleted and/or
Retained210-229 11,945 6,958 58%190-209 7,338 3,698 50%170-189 3,953 1,780 45%120-169 2,722 1,137 42%100-119 124 70 56%
Total 26,082 13,643 52%
Data from the original study indicated that 67 percent of those not required to participate inmathematics developmental education completed a degree or certificate program and/or wereretained for two years. While this is higher than the 58 percent completion/retention of thosewho scored between 210 and 229 and the 50 percent completion/retention of those who scoredbetween 190 and 209, these data do indicate that developmental education programs aresuccessful with many students.
5. The percentage of students required to participate in developmental education whosatisfactorily complete TASP requirements within two years is strongly related to initialTASP score.
Another measure of the effectiveness of developmental education programs is the percentageof students who satisfactorily complete TASP requirements, either by re-taking the TASP andscoring a passing grade or by earning a grade of B or better in a qualifying mathematics course.The table below shows the percentage of students in each testing category who satisfactorilycompleted TASP requirements within two years.
Statewide TASP Requirement Passing Rates After Two Years
Initial TASPMathematics Score
Number ofNew Students
NumberPassing TASPRequirements
PercentagePassing TASPRequirements
210-229 11,945 5,608 47%190-209 7,338 2,319 32%170-189 3,953 928 23%120-169 2,722 500 18%100-119 124 40 32%
Total 26,082 9,395 36%
AGENDA ITEM IX-D(1) JANUARY 2003Page 5
Note that TASP passing rates decline rapidly with declining initial test scores. This can bepartially explained simply by the fact that it takes longer to remedy major deficiencies than minordeficiencies. However, low passing rates after two years also indicate that many students withlow initial test scores will probably never satisfy TASP requirements.
These rates are generally lower than completion/retention rates described in section 4 becausesome students choose to transfer to workforce development programs which do not have TASPrequirements rather than participate in developmental education. In addition, some studentschoose to continue to enroll, even though they have not completed developmental educationrequirements after two years.
6. The percentages of developmental education students initially testing within 20 pointsof the passing score, who satisfactorily complete TASP requirements within two years,vary significantly from institution to institution.
The tables below show the top five and bottom five institutions, ranked by percentage ofstudents initially testing within 20 points of the passing TASP mathematics score, whosatisfactorily complete TASP requirements within two years. Students who initially test within 20points of passing are prime candidates for successful remediation. Differences in thepercentages of students who satisfactorily complete TASP requirements within two years areindicative of the differences in effectiveness of different developmental education programs.
Two-Year Colleges
Institution
Percentage Passing TASPRequirements (Students Testing
Within 20 Points of PassingMathematics Score)
Top Five InstitutionsTrinity Valley C.C. 100%Wharton County J.C. 100%Austin Community College 59%Ranger College 58%Victoria College 54%
Bottom Five InstitutionsLee College 15%Cisco Junior College 14%El Paso C.C.D. 13%Galveston College 11%Coastal Bend College 9%
5
AGENDA ITEM IX-D(1)Page 6
Universities
JANUARY 2003
Institution
Percentage Passing TASP Requirements(Students Testing Within 20 Points of
Passing Mathematics Score)Top Five Institutions
UT-Dallas 100%Angelo State University 98%UT-Pan American 96%TAMU-College Station 94%UT-Austin 89%
Bottom Five InstitutionsUT-El Paso 34%West Texas A&M University 31%TAMUKingsville 28%Sam Houston State Univ. 25%Sul Ross State University 20%
Conclusions
This study examined the records of over 26,000 students who were first-time-in-college studentsduring the summer and fall of 1999 and who were required to participate in mathematicsdevelopmental education because of low test scores on the TASP Test. It did not includestudents who were required to participate in mathematics developmental education because oflow scores on alternative tests, and that is a weakness of this effort.
Significant percentages of students enrolled in universities and two-year institutions have testscores clustered within 20 points of the pass score. These students are prime candidates forsuccessful developmental education.
More students who are not required to participate in mathematics developmental educationcomplete a degree or certificate within two years or are retained after two years than those whoare required to participate in developmental education. But, the differences are not large,especially for students who initially tested within 40 points of passing.
Many mathematics developmental education students (26 percent) do not satisfactorilycomplete their mathematics developmental education requirements in two years, yet continue toenroll.
In view of these data, educators with responsibility for mathematics developmental educationmay wish to review the implementation of these programs to ensure that they meet the needs oftheir students. Some specific recommendations include the following:
Monitor the distribution of initial test scores of developmental education students andconsider that distribution in the design of curricular materials.Tailor developmental education programs to specific student needs. Students withminor deficiencies as measured by TASP should not be routed to the samedevelopmental education class as students who initially tested below 150.
AGENDA ITEM IX-D(1) JANUARY 2003Page 7
Identify students with a high probability of successfully completing developmentaleducation early and encourage them to satisfy their developmental educationrequirements as soon as possible.Monitor students with a low probability of completing developmental educationrequirements carefully. Provide counseling regarding other alternatives when itbecomes obvious that they will not be successful and before an unmanageable studentdebt or other issues make other alternatives untenable.
7 7 7
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