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Subtitle

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Methods

Introduction

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The method of presentation of the subject is that suggested by Professor A.A. Noyes' excellent manual of Qualitative Analysis. For each analysis the procedure is given in considerable detail, and this is accompanied by explanatory notes, which are believed to be sufficiently expanded to enable the student to understand fully the underlying reason for each step prescribed. The use of the book should, nevertheless, be supplemented by classroom instruction, mainly of the character of recitations, and the student should be taught to consult larger works. The general directions are intended to emphasize those matters upon which the beginner in quantitative analysis must bestow special care, and to offer helpful suggestions. The student can hardly be expected to appreciate the force of all the statements contained in these directions, or, indeed, to retain them all in the memory after a single reading; but the instructor, by frequent reference to special paragraphs, as suitable occasion presents itself, can soon render them familiar to the student.

Title: An Introductory Course of Quantitative Chemical Analysis With Explanatory Notes Author: Henry P. Talbot

Subjects

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Procedures

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Statistical Analyses

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Table 1: Subject Characteristics of the Mountain Gorilla

Age (yr) 24 5 Height (cm) 159 6 Weight (kg) 161 8 %Fat 34 7 VO2max (L/min) 1.77 0.39

VO2max (mL/kg/min) 29.1 6.9

Values are presented as mean + SD.

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Something Something Foundation

Abstract Results

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Main Title HereYou can put author information here

McDaniel College, Westminster, MD 21157, University of Wisconsin-Milwaukee, Milwaukee, WI 53201, This poster measures 44” x 44”

Discussion

Measured Maximal Cardiac Output (L/min)

Pre

dict

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(L

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)

Plot of individual data comparing measured maximal cardiac output with two methods of predicting

maximal cardiac output from submaximal exercise data

Measured maximal cardiac output compared to two methods of predicting maximal cardiac output from

submaximal exercise data

y = 1.1489x - 1.1825

R2 = 0.8003

y = 0.9826x + 1.6245

R2 = 0.6698

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Measured LRQ SVQ

1. Author name, et al. Source. 58:2041-2046, 1985.

2. Author name, et al. Source. 24:1355-1364, 2001.

3. Author name, et al. Source. 58:2041-2046, 1985.

4. Author name, et al. Source. 24:1355-1364, 2001.

Max

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