PracticeQ_B1.doc

8/16/2019 PracticeQ_B1.doc

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BASIC DATA

1. The different types of data in SAP R/3 are:a) BOMb) Routingc) Material Master d) Master datae) Transaction dataf) Table / customize data

2. The data which appies to the whoe or!ani"ation is stored ata# controlling area$# operating concernc# clientd# company codee# organization

3. The %aster data co%%on to PP & '' areaa) BOMb) Cost centrec) Routingd) Vendor master

(. )hich of the foowin! are %aster data*a# Sale order $# Wor centrec# !lanned order

d# Routings

+. 'aster data that are %aintained for PP area) Material Master b) BOMc) Wor centred) Routing

e) !RT


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M"T#R$"% M"ST#R

1. ,or creatin! %ateria %aster the foowin! transaction code is -sed

a) md&' b) mm&' c) me&' d) mc&'

2. )hat is the fied en!th of %ateria n-%$er in %ateria %aster a) (&b) 'c) '*d) '+

3. )hich state%ents on %ateria n-%$ers are correct*a) Material numbers ,a-e a ma.imum lengt, of ' c,aractersb) Material numbers are al0ays numeric1 ie you can not use alp,anumeric

eys as material numberc) 2ou can e.tend material numbers up to a ma.imum lengt, of (&

c,aracters by maing a single entry in customizingd) W,en creating a material1 you can c,ec in accordance 0it, t,e material

type 0,et,er t,e material number lies 0it,in a number range defined incustomizing

e) "lp,anumeric numbers can contain spaces.

(. o- want to create the sa%e %ateria in two different pants -sin!interna n-%$er ran!e. ow do yo- proceed*

a# 2ou create t,e material in plant &&&' and let t,e system assign t,e

material number internally "fter sa-ing your data1 you repeat t,e abo-eprocedure for plant &&&*1 using as a reference t,e material you ,a-e 3ustcreated "fter sa-ing your data1 a number from t,e internal number rangeis assigned automatically

$# 2ou create t,e material in plant &&&' and let t,e system assign t,ematerial number internally "fter sa-ing your data1 you create t,e materialfor plane &&&*1 by entering t,e material number of t,e material you ,a-e

3ust created and also using it as reference "fter sa-ing your data1 you still,a-e one material1 but created in t0o plants

c# 2ou create t,e material in plant &&&' and let t,e system assign t,ematerial number internally "fter sa-ing your data1 you use c,ange modeto supplement t,e plant4dependent data for plant &&&*

d# 2ou create t,e material in plant &&&' and let t,e system assign t,ematerial number internally "fter sa-ing your data1 you create a pointer forplant &&&*1 t,ereby maing t,e material -alid in plant &&&* too


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+. )hich settin!s can yo- %a0e in %ateria %aster %aintenance*a) $n material master maintenance1 you can mae settings to define

user4specific default -alues for t,e industry sector1 t,e -ie0s and t,eorganizational le-els

b) $n material master maintenance1 you can use purc,asing profiles to

maintain default -alues for t,e purc,asing and accounting -ie0sc) Material master maintenance supports a mass copy function for materialmaster data

d) 2ou can use t,e 5#.tend material -ie06s)7 function to e.tend materialmaster records for particular user departments 6-ie0s#.

. ,oowin! options are aaia$e for easin! the creation of %ateria%astera) Copying from a reference materialb) 8sing forecasting profilec) 8sing MR! profile

. Basic Data screen contains !enera data s-ch asa) Material number b) Material descriptionc) Base unit of measure

4. It is possi$e to create a %ateria %aster record witho-t a %ateria type.The %ateria type %-st $e assi!ned to the %ateria $efore -sin! the sa%e.

a) Trueb) 9alse

5. It is possi$e to hide the ind-stry sector fied in %ateria %aster creationscreen with a defa-t a-e as $an0.

a) Trueb) 9alse

16. The foowin! is tr-e for Ind-stry Sector for creatin! 'ateria 'aster.a) $ndustry sector field is optional if t,is field is ,iddenb) $ndustry sector controls 0,ic, data -ie0s and fields 0ill appear for

material master maintenancec) $ndustry sector of t,e material can be c,anged if no stoc or purc,ase

document e.ists for t,e materiald) $ndustry sector can not be c,anged once t,e material is created

11. Say Tr-e / ,ase a$o-t the foowin!a) $ndustry sector for t,e material is -ery important 0,ic, ,as to be

decided carefully for a plant and once selected can not be c,angedb) $ndustry sector determines t,e -ie0s and fields t,at can be maintained

for a materialc) $ndustry sector can be defaulted and ,idden 0,ile creating a material


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d) $ndustry sector for a material is -ery important and carefully selectedfor a client

e) $ndustry sector can be c,anged 0it, certain restrictions

12. 'ateria n-%$er assi!n%ent 7interna or e8terna and n-%$er ran!e# is

controed $y %ateria typea) Trueb) 9alse

13. Proc-re%ent type 7prod-ced in9ho-se proc-red e8ternay or $oth# ofa %ateria is deter%ined $y

a) $ndustry sector b) MR! typec) Material typed) MR! controller e) !roduction sc,eduler

1(. Cross pant %ateria stat-s is %aintained ata Basic data -ie0b !lant stocc Wor sc,eduling -ie0d MR! -ie0

1+. I hae created a %ateria with a $asic data iew ony. ;ow the %ateriawi $e aaia$e to %e

a) t,roug,out all t,e plants in t,e companyb) t,roug,out t,e company

c) Only for plant '&&&d) :one of t,e abo-e

1. I hae created a %ateria with $asic data iew saed and co%e o-t ofthe creation screen. ;ow I want to %aintain the 'RP iew for this %ateria. Ihae to -se transaction code

a) MM&*b) MM&'c) MM&;d) M


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14. The foowin! is tr-e a$o-t 'ateria 'aster a) Minimum ; -ie0s are re=uired to create a materialb) "ll company le-el1 plant le-el and store le-el data are created in one

transactionc) MR! ' and MR! '' -ie0s represent data for material re=uirement

planning and manufacturing resource planning respecti-ely

15. Addin! new iews in 'ateria 'aster is caed e8tendin! 'ateria%aster. This can $e done in

a Create material master transaction 6 MMO')b C,ange material master 6MM&*)c #.tend material master 6MM>&)

26. The para%eter 7s# which deter%ines which specific data wi appear inthe 'ateria 'aster is/are

a) !lant

b) Company codec) Material typed) $ndustry sector

21. )hich depart%ent can enter data in 'ateria 'aster is deter%ined $ya)


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b Stoc -aluation and t,e ?/% account posting is same as 0it, t,ene0 material type as it 0as 0it, t,e earlier material type

c Bot, material types fall in t,e same number range groupd Material type cannot be c,anged once t,e material is created

2+. It is possi$e to chan!e the %ateria type of a %ateria in the foowin!casesa) :o MR! elements e.ist for t,at materialb) T,e bot, material types use t,e same ?/% account and rules for updating

-alue and =uantities are also same for bot, material typesc) T,e same user creates bot, t,e material types and bot, t,e material types

are using same number range groupd) Bot, material types use t,e same screen se=uence and -ie0se) Material type and controller are same for bot, material typesf) Bot, t,e material types are ,a-ing t,e same strategy group

2. )hat is the proc-re%ent 0ey in R/3 %ateria %aster if yo- want to doe8terna proc-re%ent for a %ateria.a) "b) @c) 9d) #

2. At east one pant9specific iew and acco-ntin! / costin! iews has to$e %aintained to %an-fact-re a prod-ct with proc-re%ent type or

a) Trueb) 9alse

24. A %ateria is proc-red e8ternay. This %ateria is not directy sod. It is-sed in other asse%$ies of the pant. )hat %ateria type is appropriate for s-ch %ateria*a) A"%B4 Semi4finis,ed materialb) ROA Ra0 Materialc) 9#RT 9inis,ed product

25. A co%pany %an-fact-res a %ateria which is -sed as a co%ponent inone of their prod-cts the sa%e is aso distri$-ted 7sod# thro-!h a networ0of deaers. So%e ti%es if there is shorta!e of this %ateria type for this%ateria sho-d $ea) A"%B4 Semi4finis,ed materialb) ROA Ra0 Materialc) 9#RT 9inis,ed product

36. Can yo- chan!e the screen se@-ence for 'ateria 'aster Record*a) 2es


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b) :o

31. Can yo- chan!e the screen se@-ence for 'ateria 'aster Record for a-ser*

a) 2es

b) :o

32. Confi!-ra$e %ateria chec0 for a %ateria is set in iew.a) Wor sc,edulingb) Variant -ie0c) Basic data -ie0d) MR! -ie0e) Super BOM

33. nits of %eas-re in SAP Syste% in addition to $ase -nit of %eas-rea# are grouped toget,er under 5Multiple 8nits of Measure7

$# are grouped toget,er under 5"lternati-e measure7c# are grouped toget,er under 5"lternati-e unit of measure7d# none of t,e abo-e.

3(. The aternate -nit of %eas-re is defined in 'ateria 'aster ina) Basic data ' -ie0b) "dditional data screenc) Storage -ie0d) MR! -ie0

3+. The -nit in which the stoc0 0eepin! is done in a co%pany is caed

a) Stoc unit of measure b) Base unit of measure c) unit of issue d) purc,ase unit of measure

3. o- can !ro-p to!ether seera -nits of %eas-re in aa) Material typeb) Material groupc) 8nit of measure groupd) MR! groupe) "lternate group

3. ,oowin! can $e different -nits of 'ateria 'aster a) !urc,asing 8OMb) Sales 8OMc) Base 8OMd) $ssue 8OM


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34. A co%pany has pant in er%any the %ateria is prod-ced & storedin $s. The co%pany wants to se the sa%e prod-ct in where it is sodin 0!s. ow do yo- define the E' in the %ateria %aster.

a) 2ou s,ould create a separate material master for t,e same productaccording to different locations

b) 2ou s,ould create one ?roup 8OM in 0,ic, gs lbs are bot, assignedfor sale you must enter a con-ersion factor in customizing c) 2ou s,ould assign a con-ersion factor in t,e basic data -ie0 of t,e

material master

35. A co%pany -ses as $ase -nit of %eas-re for one of its %ateria.They now start s-ppyin! this %ateria fro% where they need to s-ppythis %ateria in po-nds. ow can they %an!e this*

a) #nter pound as sales unit of measure for t,at country and maintaincon-ersion formula

b) :o con-ersion formula is re=uired as system recognizes pound as

a unit of measure for massc) Company needs to sell t,e material in g only as ot,er units cannotbe used

d) Company needs to c,ange t,e base unit of measure to pounde) !ound to be included in unit of measure table and con-ersion

formula to be gi-en t,roug, 5additional data7 in Material Master

(6. 'ateria stat-s controsa) usability of a material for purc,aseb) usability of a material for BOM / Routingc) usability for !roduction Order Aeader / $tem

d) 8sability for MR!

(1. 'ateria stat-s can $e set at the foowin! or!ani"ationa eesa# !lant$# Clientc# Company coded# Material type

(2. Characteristics of %aterias is defined in 'ateria 'aster ina) MR!' -ie0b) Wor sc,eduling -ie0c) Classification -ie0d) :one of t,e abo-e

(3. Cassification syste% can $e %aintained for a) Materialsb) Routing ,eadersc) Wor centersd) !RT


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e)


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a) Storage locationb) Valuation typec) !lant client

+3. A cass can $e attached to

a) "not,er classb) "ny c,aracteristicsc) Materiald) Wor centre

+(. Gariant cass has the cass typea) &&'4 Material classb) &*; Batc, Managementc) *&& Material 6configurable)d) ;&& 4 Material 6 -ariant configuration)

++. Can yo- attach %-tipe casses to an o$Fect*a) :ob) 2es al0aysc) 2es1 only 0,en class type for eac, class is differentd) 2es1 only 0,en all c,aracteristics for eac, class are different

+. The foowin! steps are re@-ired for creatin! cassificationa Create C,aracteristicsb Create Classc "ssign C,aracteristics to class

d #nter -alues of c,aracteristics in class creation step e "ssign class to material

+. o- can search a %ateria with the foowin! optionsa) By classb) By descriptionc) By BOMd) By tas list

+4. Cassification is -sed in the foowin!a) Batc, Management searc, strategy b) Release procedure in material managementc) Variant configurationd) Bac flus, and order confirmation

+5. Prod-ction Sched-er is %aintained in 'ateria 'aster ina) !roduction -ie0b) Storage -ie0c) Wor sc,eduling -ie0


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d) MR! -ie0e) Client

6. Batch isa) same as material code

b) partial =uantity of material managed separately from ot,er =uantity ofsame material in stocc) " non reproducible ,omogeneous unit 0it, uni=ue specificationsd) :one of abo-ee) "ll of abo-e

1. A co%pany -ses prod-ces its own toos which it -ses in %a0in! other$i! asse%$ies. o- are a cons-tant to reco%%end correct type of PRT toassi!n to this %ateria. )hat wi yo- choose*a) Miscellaneous !RTb) Material !RT

c) "utomatic assignment no selection of material type and industry sector 2. Sched-e %ar!in 0ey is specified in and is indicatie of

in a) Material master b) Wor center c) Routingsd) Opening period1 float after production1 float before production and release

periode) Dueue time1 mo-e time and 0ait timef) !lanned deli-ery time

g) Minutes,) Aoursi)


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c) predefine t,e selection of Material Master -ie0d) Set default -alues for MR! and 9orecast data fields

. Difference $etween $-0 %ateria and nor%a %ateria isa) Bul material is ,andled in batc,es

b) Bul material does not ,a-e costing rele-ancyc) Bul material is procured from a single -endor d) Bul material is not managed by =uantity

. o- want to fa! a %ateria %aster record as a phanto% asse%$y.)hich fied %-st yo- %aintain*

a) !roduction -ersionb) MR! groupc) Special procurementd) "ssembly indicator e) MR! type


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BOM

1. "EEEEEEEEEEEEEEEEEEEE is a complete formally structured list of t,ecomponents t,at mae up a product or assembly

2. A co%pany wishes to prod-ce a co%ponent =. It tes its en!ineerin!depart%ent to create a BE' for that. The %ateria is in the prod-ctdeeop%ent sta!e and hence ony cient ee data is %aintained in the%ateria %aster. In this conte8t 7S#

a) T,e BOM cannot be created as t,ere is no plant specific -ie0b) T,e BOM created is a group BOM

3. A desi!n en!ineer created a BE' then he ca%e to 0now that he did notdefine stora!e ocation for% where the co%ponents sho-d $e withdrawn

a BOM can be created 0it,out plant1 ,e ,as to control BOM again

b " ?roup BOM 0ill be created 0it, 0arning messagec Only group BOM 0ill be created

(. An en!ineer in the en!ineerin! depart%ent is assi!ned the f-nction to%a0e BE' for a new prod-ct $ein! deeoped. The en!ineer for!ets to%ention the pant. En sain! the BE' the foowin! occ-rs.

a #rror message is displayedb BOM gets assigned to all t,e plants in t,e clientc :o BOM is created and no message is displayedd ?roup BOM $S Created

+. BE' that doesnHt hae any reference to a Pant is caed asa BOM ?roupb $n-alid Referencec Client Specific BOMd ?roup BOM

. ,or Prod-ct A %ateria %aster is created with 'RP and )or0 Sched-in!data specific to pant 1666. ;ow a !ro-p BE' is created for prod-ct A.This BE' is not yet $een assi!ned to any pant. B-t that BE' can $e -sedfor pannin! in pant 1666

a) Trueb) 9alse

. )heneer -sin! a ro-p BE'a) C,anges to t,e groups leads to c,anges in all t,e plantsb) C,anges in t,e plant BOM ,as to be carried out separatelyc) #ac, plant BOM is separate1 so ,as a different number d) #ac, plant BOM is e.tension of t,e group1 so BOM number is t,e same


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4. Interna n-%$ers for Pant specific BE's area) Sameb)


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1. BE'S that are created in different pants of the sa%e co%pany codefor sa%e header %ateria hae the sa%e BE' n-%$er 7internay!enerated n-%$er#

a Trueb 9alse

1. In SAP R/3 BE's are aways created asa) Multi le-el BOMsb) Single le-el BOMsc) ; Tier BOMsd) Super BOM

14. The $ase @-antity in the BE' specifiesa) to 0,ic, amount of t,e semi finis,ed product t,e item =uantities referb) to 0,ic, amount t,e item =uantities re=uired for t0o or more finis,ed

products

c) to 0,ic, amount of t,e finis,ed product t,e item =uantities refer d) to 0,ic, amount t,e item =uantities are not calculated

15. BE' cate!ories are -sed to identify a $i of %ateria -sed within theSAP syste%. Pease na%e any three SAP standard BE' cate!ories

' EEEEEEEEEEEEEEE* EEEEEEEEEEEEEEE; EEEEEEEEEEEEEEE

26. ,oowin! are aid BE' cate!oriesa) $nspection BOM

b) Materials BOMc) #=uipment BOMd) Costing BOM

21. BE' is caed rec-rsie whena) T,e BOM contains t0o identical componentsb) T,e base =uantity is unitc) T,e components are non4stic itemd) T,e component and ,eader item are same

22. )hen a BE' header is -sed as ite% in the sa%e str-ct-rea System generates an error message BOM is recursi-eb System 0ill automatically identify t,e BOM as 5recursi-e7c Respecti-e indicator needs to be set in BOM item to proceed 0it,

recursiond System only generates a 0arning message1 so user can continue

creating t,e recursi-e BOM

23. BE' ite%s can hae foowin! ite% cate!ories


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a) Stoc itemb) :on stoc itemc) !RT itemd) Class iteme)


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31. A non stoc0 ite% is -sed in %an-fact-rin! asse%$y B Since ite%A is a non stoc0 ite% it is not %aintained in %ateria %aster record Is itpossi$e to create a p-rchase re@-isition for this ite%*a 2esb :o

32. Ene %ateria of different si"es can $e %aintained -nder the sa%e%ateria n-%$er proided the ite% cate!ory is 7Garia$e Si"e Ite%#.a Trueb 9alse

33. ,or aria$e si"e ite%s 'PR needs to $e r-n indiid-ay for each ite%a Trueb 9alse

3(. If for%-a 0ey is not %entioned for aria$e si"e ite% and if there are

three si"es 2( and 4 the syste% wi %a0e cac-ation a-to%aticay andawi res-t in the foowin! a-ea '(b '+c +(

3+. Cass ite% is -sed ina) :on4configurable BOMsb) Configurable BOMs

3. A BE' can contain

a) Material / component and its =uantityb)


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c) Costingd) "ll t,e abo-e

(6. ,or BE'Hs there are reports in SAPa) to compare * alternate bomFs of same material and t,eir components

b) To carry out mass c,anges in component =uantityc) To see multi le-el Bom e.plosion

(1. Confi!-ra$e %ateria chec0 for a %ateria is set in EEEEE a) Basic


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c) Variable BOMd) Super BOMe) Aeader BOM

(5. ?ach aternatie BE' has a BE' header

a) Trueb) 9alse

+6. The aternatie BE' is seected $ased ona) %ot sizeb)


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a) Mae to stoc en-ironmentb) Mae to order en-ironmentc) Spare parts saled) Repetiti-e manufacturing en-ironment

+4. Gariant BE' has the foowin! feat-resa) $t ,as different ,eader materialb) Components ,as to be identicalc) Component =uantity can be c,angedd) Components can be c,anged1 added or deleted

+5. A ariant BE's are saed -nder one interna n-%$er si%iary aaternaties are saed -nder one interna n-%$er a) Trueb) 9alse

6. 'ateria P 166 has a si%pe BE' now yo- need to create a ariant BE'with header P 166 with different ite% @-antities is it possi$e to do so*a) 2esb) :o

1. Gariant confi!-ration and Gariant BE' are one and the sa%ea) T0o names for t,e same t,ingb) T0o totally different concepts and applicationsc) T0o t,ings t,at are same e.isting in different plantsd) One e.ists as ?roup BOM and t,e ot,er as !lant BOM

2. Gariant confi!-rationa)


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. A ariant BE's are saed -nder one interna n-%$er si%iary aaternaties are saed -nder one interna noa) Trueb) 9alse

. A ariant BE' can ony $e created for a %ateria for which no BE'e8ists

a) Trueb) 9alse

4. 'ateria PP9166 has si%pe BE'. ;ow yo- need to create a ariantBE' with header P 166 with different ite% @-antities is it possi$e todo so

a) yesb) :o

5. Gariant confi!-ration and ariant BE' are one and the sa%ea) Trueb) false

6. Gariant confi!-rationa)


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(. )hich of the foowin! state%ents are tr-e*a) T,ere can be GG -ariants and GGG alternati-es for one pump p '&&b) T,ere can be a ma.imum of GG -ariants or be a ma.imum of GGG

alternati-e for pump p4'&&

+. To create + ariants of a %ateria yo- %-st re@-ire + indiid-a %ateria%aster recordsa) Trueb) 9alse

. A the ariant %aterias hae the sa%e $ase -nit of %eas-rea) Trueb) 9alse

. Ene prod-ct can hae 2 aternatie and 3 ariant BE's if neededa) True

b) 9alse

4. 'ar-thi -dyo! %an-fact-res a car with one front wiper and anotherrepica $-t with $oth front and rear wipers. Can ariant BE's $e -sedherea) 2esb) :o

5. Seera BE's and seera ti%es within a BE' can $e chan!ed -sin!'ass chan!e f-nction

a) Trueb) 9alse

46. 'ass chan!es in BE' inc-desa) Duantity c,angesb) $tem data c,angesc) $tem additionsd) item replacementse) item deletion

41. It is possi$e to repace a co%ponent $y co%ponent in 2ariant BE's and (Aternatie BE's in one shota) 2es 0it,out any restrictionb) yes only if all t,e -ariant and alternati-e BOMs are for one productc) :ot possible

42. Ene prod-ct can hae 2 aternaties and 3 ariant BE's if neededa) Trueb) 9alse


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43. To create + ariants of a %ateria yo- %-st re@-ire + indiid-a %ateria%aster records

a) Trueb) 9alse

4(. A the ariant BE's hae sa%e $ase -nit of %eas-rea) Trueb) 9alse

4+. Prod-ct str-ct-re can dispaya) BOMb)


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b :o

52. )here can yo- find the ow ee code of a BE'*

a $n t,e $tem details in BOM

b $n t,e material master administrati-e datac $n t,e MR! -ie0d Cannot be seen any 0,ere in R/c

53. Ite% A is -sed in different ees 1 2 + and 4 in %an-fact-rin! a p-%p.)hat is the ow ee code for ite% assi!ned $y the syste%*

a 'b *c >d e '+

5(. Jow Jee code in SAP isa T,e ,ig,est e.plosion le-elb T,e lo0est e.plosion le-elc T,e lo0est e.plosion le-el on 0,ic, a material occurs in all product

structuresd T,e ,ig,est e.plosion le-el on 0,ic, a material occurs in all

product structures

5+. BE' e8posion is -seda To determine re=uirements for a product

b To loo at t,e o-erall structure of t,e productc To ,a-e an o-er-ie0 of all necessary parts and materialsd To Calculate costs

5. Is it possi$e to set a defa-t ae for the BE' appication*a 2esb 9alse

5. In a co%pe8 prod-ct %an-fact-rin! ony one raw %ateria is notaaia$e d-e to so%e deay transportation. )i where9-sed ist hepin any way in this sit-ation*

a) 2esb) :o

54. )here 9 -sed ists are created fora Wor centersb Capacitiesc !RTsd Reference Operation sets


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e Materialsf f-nctiona) Trueb) 9alse

162. Cass ite% is -sed ina :on4 configurable BOMsb Configurable BOMs

163. Ite% contro indicators oerride the indicators in the %ateria %aster a 2esb :o

16(. If it possi$e to set in s-ch a way that yo- need to deete a BE' on aspecified f-t-re date* a 2es b :o

16+. BE' can $e deeted entirey in %ay ways one s-ch way is to deeteany indiid-a ite%.

a Trueb 9alse

16. BE' is not -sed in deter%inin!a) MR!b) Operation details of a materialc) Calculating product costd) "cti-ity cost

16. Is it possi$e to deete an ite% in a BE' witho-t any restriction whichis assi!ned to an operation*


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a) 2esb) :o

164. )hie -sed deete a BE'a System c,ecs for t,e items 0it, ob3ect dependencies

b System c,ecs for t,e operation assignmentsc System deletes t,e BOM 0it,out any c,ecd System deletes all t,e related alternati-e BOMs

165. Ite% is %aintained as I %ateria %aster .Is it possi$e to switch off this phanto% asse%$y -sin! ite% controindicator*

a 2esb :o


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)ER C?;TR?

1. )or0 centre is -sed ina) Routingb) BOM

c) Material master d) $nspection plan

2. )or0 centresa# Can ,a-e a ,ierarc,ical structure$# Can ,a-e a descriptionc# Can be specific to a locationd# "ll of t,e abo-e.

3. )or0 centres containa) Basic data

b)


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d) !lanning table

4. Standard a-e 0ey in wor0 centre is attached to wor0 centre in thescreen of

a) Basic data

b) Capacitiesc) Sc,edulingd) Costing

5. Defa-t a-es %aintained in wor0 centre is / area) Standard -alue eyb) Control eyc) Bac flus,ingd) Standard te.t ey

16. The defa-t data in wor0 centre ena$es yo- to

a) to sc,edule operations in tas listsb) to cost operations in tas listc) to carry out capacity planning for t,e 0or centre

11. )hich of the foowin! state%ent7s# is / are fasea) One 0or centre can be assigned to ma.imum si. cost centresb) One cost centre can be assigned to only one 0or centrec) One 0or centre can be attac,ed to only one cost centred) One cost centre may be assigned to multiple 0or centre

12. Actiity type is attached in the foowin! screen of wor0 centrea) Basic datab) Costingc)


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a Control eyb Wage typec Standard -ale eyd Set up type eye Wage group

1. Perfor%ance efficiency rated defined in wor0 center are -sed incac-ations for Capacity re@-ire%ents

") TrueB) 9alse

1. Joad on a wor0 centre wi !et $-it -p when we doa) Basic date sc,edulingb) Capacity le-elingc) %ead time sc,edulingd) :et re=uirement planning

14. The foowin! data %aintained in wor0 center are reeant for costin!a) "cti-ity typeb) 9ormula for costingc) Standard -alued) !rocessing formulae) Cost center

15. Shift definition and shift se@-ence is created for !ro-pin! 0ey. If acapacity cate!ory wor0s in ario-s shifts thena) ?rouping ey must be assigned to t,e capacity category

b) S,ift se=uence ey 0it, in grouping ey must be assigned to t,e capacitycategoryc) S,ift definition must be assigned to t,e capacity categoryd) grouping ey is assigned to t,e 0or center and not to t,e capacity

category

26. The actiity type contains the cost centersH price for each actiity thatis to

$e perfor%ed in the wor0 center a) Trueb) 9alse

21. Gario-s for%-as are -sed for cac-atin! set-p ti%e %achinin! ti%eetc. These for%-as are saed ina) Special formula databaseb) customizingc) Wor center d) operation details screen


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22. Ene wor0 center can $e assi!ned to seera wor0 center hierarchiesa) Trueb) 9alse

23. )or0 center hierarchies are -sed to a!!re!ate aaia$e capacities and

capacity re@-ire%ents whie capacity pannin!.a) Trueb) 9alse

2(. So%e of the reports that can $e !enerated reatin! to wor0 center area) Wor center listsb) cost center assignmentc) 0or center capacitiesd) 0or center usagee) c,ange documents related to 0or centers

2+. )hen yo- define the %aintenance r-es for standard a-e 0ey set-pti%eas sho-d $e entered and if yo- donHt specify set-p ti%e in ro-tin!a) Warning message occursb) #rror message occursc) :o alerts generatedd) user can sip t,e message 0it,out entering t,e setup time

2. A wor0 center can $e created ony with Basic data and defa-t a-eiews This can $e -sed in ro-tin! $-t cannot $e -sed in prod-ctionorder.

a) Trueb) 9alse

2. Ene wor0 center has 3 capacity cate!ories. The start ti%e finish ti%eand en!th of $rea0 in capacity header

a) "re entered common to all capacity categoriesb) Can -ary for eac, capacity category and ,ence entered separatelyc) "re entered in routing and not in 0or center d) "ll of t,e abo-e are possible

24. The act-a %oe ti%e is the a-e for the ocation !ro-p of a wor0center in an operation with reation to the ocation !ro-p for the wor0center in the ne8t operation of a ro-tin!

a) Trueb) 9alse 25. Ene wor0 center can $e assi!ned to %ore than one cost center in a

ti%e period


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a) Trueb) 9alse

36. Ene wor0 center can $e assi!ned to %ore than one cost centers indifferent

ti%e periodsa) Trueb) 9alse

31. )or0 centersa) can ,a-e a ,ierarc,ical structureb) can ,a-e a descriptionc) can be specific to a locationd) all of t,e abo-e

32. )or0 centers contain

a) Basic datab) default -aluesc) Sc,eduling datad) costing datae) a-ailable capacitiesf) standard -alues

33. The fied seection settin!s for a wor0 centre can $e reeased andtransported

a) Trueb) 9alse

3(. Ene wor0 center can hae %ore than one capacity cate!ory. Reeantfor finite sched-in! indicator can $e set to any of the indiid-acapacity cate!ories independenty

a) Trueb) 9alse

3+. So%e of the 0eys that are defined in Defa-t a-es ta$ of the )C area) standard -alue eyb) standard te.t eyc) control eyd) setup type eye) all of t,e abo-e

3. Actiity types are defined in wor0 center in which of the foowin!iews

a) Basic -ie0b) Sc,eduling -ie0c) "cti-ity o-er-ie0


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d) Costing -ie0

3. The standard a-e 0ey and for%-a 0eys in the wor0 center for% the$asis for sched-in! capacity pannin! and costin!

a) Trueb) 9alse

34. )hich of the foowin! can $e defined capacity cate!ories*a) #nergyb) Mac,inec) Transportd) labor e) Storagef) 0aste

35. If one capacity is assi!ned to seera wor0 centers it is considered asa) super capacityb) pooled capacityc) multiple capacityd) none of t,e abo-e

(6. Pooed capacitya) can be used by multiple resourcesb) is lie a set of 0orersc) can 0or simultaneously at multiple 0or centred) can not be used by multiple resources.

(1. It is possi$e to %aintain interas of aaia$e capacity -sin! shiftse@-ences*a) Trueb) 9alse

(2. Shift se@-ences and shift definitions are %aintained for each capacitycate!ory for %aintainin! the tota aaia$e capacity if needed*a) Trueb) 9alse

(3. Shift se@-ences and shift definitions are created for !ro-pin! 0ey. Ifcapacity cate!ory wor0s in ario-s shifts thena) ?rouping ey must be assigned to t,e capacity categoryb) S,ift se=uence ey 0it,in grouping ey must be assigned to t,e capacity

categoryc) S,ift definition must be assigned to t,e capacity categoryd) ?rouping ey is assigned to t,e 0or centre and not to t,e capacity category


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((. The wor0 ti%e %in-s the en!th of $rea0s in the wor0 centre is storedin the wor0 centre as the

a) Brea


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+1. 'oe ti%e %atri8 has the foowin! propertiesa) $t defines times bet0een t0o 0or centresb) $t defines mo-e times bet0een t0o location groupsc) $t is mandatory to maintain mo-e time matri.d) Mo-e time matri. is considered only 0,en mo-e time is not

maintained in operation detail screen

+2. Data %aintained in wor0 center area Capacity formulas to calculate capacity re=uirementb "-ailable capacityc O-erall profile for capacity planning gd ?rouping ey for s,ift se=uencese 9ormula for costingf Standard -alue for operations

+3. Defa-t a-es %aintained in wor0 center can $e chan!ed in operation

if they are %ar0ed with reference indicator in wor0 center a. True$. 9alse

+(. Standard a-es for each operation can $e fo-nd in the wor0 centeriew.

a) Trueb) 9alse

++. Standard Ga-e ey has the foowin! propertiesa) $t can be defined as per re=uirement

b) $t can contain any number of parametersc) $t is used in calculation of set up1 processing and teardo0n timed) $ts parameters can be c,anged in t,e routing

+. To aoid red-ndancy and %-tipe descriptions of sa%e operationsSAP has a faciity of %aintainin! a standard te8t 0ey as a te%pate

a) Trueb) 9alse

+. Sched-in! in wor0 centre is aways ona) considering all capacity categoryb) considering material master data from MR! -ie0c) considering only bottlenec capacity categoryd) considering WC category

+4. Actiities are -sed pri%ariy for a) "bsorbing part of o-er,eads as direct costb) 9or capacity calculationc) 9or sc,eduling


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d) 9or material staging

+5. In a wor0 centre actiity types are assi!ned toa) a 0or centre categoryb) inter4operation times

c) standard -aluesd) operations

6. So%e of the reports that can $e !enerated reatin! to wor0 centre area) Wor centre listsb) Cost centre assignmentc) Wor centre capacitiesd) Wor centre usagee) C,ange documents related to 0or centres

1. )hen yo- define the %aintenance r-e for standard a-e 0ey for set -p

ti%es as and if yo- donHt specify set -p ti%e inro-tin!1a) Warning message occursb) #rror message occursc) :o alerts generatedd) 8ser can sip t,e message 0it,out entering t,e set up time

2. The act-a %oe ti%e is the a-e for the ocation !ro-p of a wor0centre in an operation with reation to the ocation !ro-p for the wor0centre in the ne8t operation of a ro-tin!

a) True

b) 9alse


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RO8T$:?

1. Ro-tin! is created with reference to an order a) Trueb) 9alse

2. Ro-tin!s co%prise of the foowin!a) BOMb) Operationsc) !RTsd) Material Reser-ation

3. Ro-tin! contains infor%ation on the foowin!a) Material componentb) Operationc) Capacity for WC

d) $nspection c,aracteristic

(. Ro-tin!s are identified $ya) Routing ?roupb) Routing statusc) ?roup counter -aluesd) Routing ?roup and ?roup counter -aluese) States and use

+. A ro-tin! descri$es the whoe prod-ction cyce. It aso defines wherethe wor0 is to $e done how on! the wor0 sho-d ta0e what %aterias are

needed for each operation and what Fi!s and fi8t-res are re@-ired for theoperation.a# Trueb) 9alse

. In ro-tin! effectiity dates can $e deter%ines for each operationa) Trueb) 9alse

. 'ateria ro-tin! can contain the foowin!a) " sub4contractor operation

b) "n alternate cost centrec) "n e.ternal 0or centred) " reference operation set

4. Ro-tin! is -sed ina) !roduction and assemblyb) Capacity planningc) Sc,eduling


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d) Costing

5. A ro-tin! is -sed in which of the foowin! f-nctions*a# to determine t,e load on a 0or centreb) to determine t,e a-ailability of a material

c) to determine t,e re=uired production lot sized) to determine t,e dependent re=uirement of a material

16. The foowin! appy to tas0 ists and ro-tin!a) T,ey are t,e same and signify only one t,ingb) Tas list is used only for inspection 0,ile routing is generic and can be

used by anyc) Tas list cannot be used by maintenance 0,ile a routing can bed) Routing is one category of t,e -arious tas list types t,at are t,ere

11. Reationship $etween %ateria and ro-tin!

a) One routing can ,a-e more t,an one material attac,ed to itb) One routing can ,a-e only one material attac,ed to itc) #ac, routing must ,a-e a uni=ue group numberd) #ac, routing can be identified by a group number and group counter1 it

,as all BOM

12. 'ateria assi!n%ent to a ro-tin! has the foowin! propertiesa# One item can be assigned to multiple operations$# One item can be assigned to only one operationc# Multiple items can be assigned to t,e same operationd# Multiple items can not be assigned to t,e same operation .

13. Interoperation ti%es consist of 7'#a) Dueue timeb) Setup timec) !rocessing Timed) Wait timee) Mo-e time

1(. In the conte8t of s-$9operations 7S#a) Sc,eduling al0ays taes place at operation le-elb) Sc,eduling al0ays taes place at sub4operation le-elc) Sc,eduling does not re=uire any operations

1+. The foowin! is possi$e for s-$ operationa) Component assignmentb) !RT assignmentc) Sc,edulingd) Costinge) Capacity re=uirement calculation


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f) Standard -alue assignment

1. )hich of the foowin! is one of the red-ction %eas-re carried o-td-rin! sched-in! 7'#

a) Minimize process related 0ait time

b) !art of t,e operation in spite to anot,er mac,ine under same 0orcenter locationc) Reduce operation time -aluesd) Reduce floats

c) :one of t,e abo-e

1. Different types of se@-ences of ro-tin! area) Master se=uenceb) Standard se=uencec) !arallel se=uenced) "lternate se=uence

14. Parae and aternate se@-ences in a ro-tin! are created with referenceto a

a) Master se=uenceb) Standard se=uencec) !lanned se=uenced) Variable se=uencee) 9i.ed se=uence

15. The parae se@-ence aows the processin! of operationsconc-rrenty with others.

a) Trueb) 9alse

26. If co%ponents are not assi!ned to operations in a ro-tin! it isa-to%aticay assi!ned to

a) Most critical operationb) 9irst operationc) Operation 0it, s,ortest durationd) %ast operation

21. In order to in0 a co%ponent to an operation the necessary %aster dataare re@-ired to $e created in the se@-ence. ie these@-ence

a) BOMb) Material master c) Routingd) Component assignmente) Material assignment


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f) Wor centre

22. 'oe ti%e can $e defined ina) BOMb) Material Master

c) Operation of routingd) Wor centre

23. Erder foats are defined $ya) Standard -alue eyb) Sc,edule margin eyc) Standard te.t eyd) Control ey

2(. ,oowin! are ario-s tas0 ist types

a) Routing

b) Rate routingc) Master reciped) :et0ore) $nspection planf) "cti-ityg) Operations

2+. Ene ro-tin! cana) Be -alid for multiple materialsb) Aa-e multiple operationsc) Aa-e alternate operations

d) Aa-e parallel operationse) Aa-e more t,an one reference operation set

2. The foowin! %ass chan!e f-nction is possi$e for ro-tin!a) C,anging !RTb) C,anging 0or center c) C,anging reference operation setd) C,anging component assignment

2. The foowin! is possi$e for s-$ operationa) Component assignmentb) !RT assignmentc) Sc,edulingd) Costinge) Capacity re=uirement calculationf) Standard -alue assignment

24. A wor0 step in which %ateria re@-ired is aso defined isa) BOM


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b) Routingc) Material Master d) Wor center

25. There is a $ottenec0 %achine in yo- co%pany in order to aoid this

$ottenec0 which se@-ence wi yo- -se 7Sin!e answer ony#a) !arallel se=uenceb) "lternate se=uencec) Critical pat, se=uence

36. Aternatie se@-ence are aways in0ed to the standard se@-encea) Trueb) 9alse

31. Se@-ence $-ffer in parae se@-ences are nothin! $-t operation foats

a) Trueb) 9alse

32. Ai!n%ent 0ey is -sed ina) !arallel se=uenceb) "lternate se=uencec) Bot, parallel and alternate se=uenced) Standard se=uence

33. Ai!n%ent 0ey definesa) Start of t,e indi-idual parallel se=uence

b) start of t,e indi-idual alternate se=uencec) %ocation of se=uence buffer d) :one of t,e abo-e1 as t,e ey is a p,ysical ey used in mac,ine

maintenance

3(. The start of indiid-a parae se@-ence in a ro-tin! can $e adF-stedwith

a) ad3ustment eyb) alignment eyc) period pattern eyd) start eye) operation control ey

3+. Eperation contro 0ey !oernsa) W,et,er t,e operation can be sc,eduledb) W,et,er t,e operation 0ill ,a-e capacity re=uirementsc) W,et,er t,e operation can ,a-e inspection c,aracteristicsd) W,et,er t,e operation can ,a-e multiple 0or centres attac,ed


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3. )ith contro 0ey of the ro-tin! yo- can define if the operationa) must be subcontracted 6 e.ternal processing )b) ,as component bac flus,ingc) must ,a-e a =uality inspectiond) is rele-ant for costing

e) ,as rele-ant data for AR

3. Jead ti%e sched-in! ta0es into acco-nt the foowin!a)


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(3. The d-ration of the %oe ti%e ies $etween two operations $-t isassi!ned to the precedin! operation

a) Trueb) 9alse

((. Eperation consists ofa) Setup timeb) processing timec) process related 0ait timed) Tear do0n timee) Dueue time

(+. ,oats are -sed for a#


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a) operations done in indi-idual 0or centers 0it, standard -alues in eac, oft,e operations

b) operations done in a production linec) operations done during plant maintenanced) :one of t,e abo-e

+6. A rate ro-tin! is !eneray -sed ina)


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+. If the operation is diided into s-$9operation and if the s-$ operationr-n in parae c-%-ation of standard a-es are possi$e

a) Trueb) 9alse

+. To c-%-ate the standard a-es at operation ee it is essentia thatthe s-$ operations and the operations hae the sa%ea)


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(. Reference operation set isa) " category of Tas listb) Can be referred to in a routing but can not be c,angedc) Can not be copied to mae a routing1 can only be referenced

d) Can ,a-e t,e !RTs attac,ed 0,ic, are also referenced

+. Is it possi$e to copy ony seected operations fro% a referenceoperation set to the %ain se@-ence*

a) 2esb) :o

. )hich state%ent is correct for ro-tin! and reference operation seta) Routing can be included in a reference operation setb) Reference operation set can be included in a routing using material

number

c) Reference operation set can be included in a routing using t,e groupd) Routings can be included in a reference operation set using materialnumber

. Co%pany 1666 has pant 2666 it thin0s of %an-fact-rin! a new prod-ct= %ateria %aster with cient ee data aone has $een %aintainedfor prod-ct = is it possi$e to create a ro-tin! for prod-ct = now*

a) 2es1 0it, a 0arning messageb) :o

4. The sa%e co%pany as a$oe -nder the sa%e conditions wishes tocreate a BE' for prod-ct = at this sta!e is it possi$e to do*

a) 2es1 0it, a 0arning messageb) :o 5. Ro-tin! is created with reference to an order a) Trueb) 9alse

6. Ro-tin! is -sed ina) !roduction and assemblyb) capacity planningc) sc,edulingd) costing

1. Standard a-es are the $asis for a) %ead time sc,edulingb) product costingc) capacity planning


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d) none of t,e abo-e

2. Standard a-es for each operation can $e fo-nd in the wor0 centreiew in ro-tin!

a True

b 9alse

3. Tri!!er points assi!ned to the operations in ro-tin! can $e -sed totri!!er certain eents in the prod-ction order

a) Trueb) 9alse

(. ,oowin! can $e assi!ned to an operationa Material componentsb !RTs

c $nspection C,aracteristicsd Trigger !oints

+. A co%ponent needs to $e assi!ned in the 2nd operation of a ro-tin!)hat is the se@-ence of the steps

a) Create Wor center1 BOM and Routing Material is automaticallyassigned

b) Create Routing1 Wor center and BOM "ssign material in t,e *nd operation of t,e routing

c) BOM1 Wor centre and Routing1 t,en assign material to t,e *nd operationof t,e routing

. A ro-tin!a $s a se=uence of indi-idual operations in producing a finis,ed

productb


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4. Aternate se@-ence is -sed when different wor0 proced-res are -sedfor sa%e prod-ct whereas parae se@-ence aows yo- to processoperation conc-rrenty with others.

a Trueb 9alse

5. ,oowin! are aid tas0 ist typesa Routingb Rate Routingc Reference operation setd Reference Rate routinge Master recipef Standard net0org $nspection !lan, Roug, cut planning profile

46. A reference operation set created with specific to a %ateriaa Trueb 9alse

41. If operations 162636(6 are repaced with operations 1626a !arallel se=uenceb "lternate se=uencec Standard se=uenced Multiple se=uence

42. The foowin! is tr-e for the red-ction strate!y in sched-in!

a Wait time can be reduced to minimum 0ait time from standard 0ait timeb Mo-e time can be reduced to minimum mo-e time form std mo-e timec !rocessing time can be reduced up to si. le-els by certain percentage in

eac, le-eld 9loats can be reduced as per t,e setting for reduction strategy in sc,eduling

parameter for order type

43. The foowin! is tr-e for the red-ction strate!y in sched-in!a) Wait time can be reduced to minimum 0ait time from standard 0ait timeb) Mo-e time can be reduced to minimum mo-e time form std mo-e timec) !rocessing time can be reduced up to si. le-el by certain percentage in eac,

le-eld) 9loats can be reduced as per t,e setting for reduction strategy in sc,eduling

parameter for order type

4(. o- are si%-atin! sched-in! for a ro-tin!. o- discoer that the eadti%e is too on!. )hich red-ction %eas-res co-d yo- see*a) Reduce t,e processing time using a reduction factor b) Reduce t,e 0ait time using a reduction factor


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c) Reduce t,e minimum mo-e timed) Reduce t,e processing time using splits

4+. )here is the %ini%-% wait ti%e %aintainedKa) $n t,e 0or centre under sc,eduling

b) $n t,e 0or centre under basic datac) $n t,e 0or centre under default -aluesd) $n t,e routing under an operation

4. Is it possi$e to assi!n $oth %ini%-% %oe ti%e and nor%a %oe ti%eto an operation* If yes in case of red-ction strate!ies which %oe ti%ewi $e considered*a) Minimum mo-e timeb) :ormal mo-e timec) Minimum mo-e time4 :ormal mo-e timed) W,ile using reduction measures system considers mo-e time as zero

4. A ro-tin! descri$es the whoe prod-ction cyce. It aso defines wherethe wor0 is to $e done how on! the wor0 sho-d ta0e what %aterias areneeded for each operation and what Fi!s and fi8t-res are re@-ired for theoperations

a. True$. 9alse

44. Interoperation ti%e consists ofa Dueue timeb Set up time

c Mo-e timed Order floatse Tear1 do0n timef Wait time

45. ,oat $efore and after prod-ction refers toa) T,e floats t,at e.ists at operation le-elb) T,e floats t,at e.ist at order le-elc) T,e floats t,at can not be reducedd) T,e floats t,at can be reduced using reduction strategy

56. If a %ateria has to $e $ac0 f-shed ony in specific wor0 centre thenthe data has to $e %aintained in

a) Material Master b) Routingc) BOMd) Wor centre

51. Bac0 f-shin! can $e set at the foowin! paces


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a) Material master b) $n t,e storage location at t,e time of creation of storage locationc) $n t,e 0or centre

d) "t t,e time material assignment is done to operation in routing


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PRT

1. PRT is assi!ned at the ee of a) Routing ,eaderb) Routing operation

c) Componentd) "ll t,e abo-e

2. If the PRT -sed is prod-ced $y the co%pany itsef it is $etter to definethat as a) Material !RT b) #=uipment !RT c)


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SCRAP

1. The foowin! is tr-e a$o-t Eperation scrapa) Maintained in routingb) Results in a fall in =uantity in t,e ne.t operation

c) To be taen to consideration in sc,eduling and costing

2. ,oowin! are the scrap cate!oriesa) "ssembly scrapb) Component scrapc) operation scrapd) "cti-ity scrap


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CE9PREDCTS A;D B9PREDCTS

1. Co9prod-cts and By9prod-cts hae the foowin! si%iarities /differences

a) T,ey are same1 only ,a-e a different names

b) T,ey differ in t,e 0ay t,e product is costedc) T,ey can not be of t,e same material typed) Bot, are maintained in t,e Material Master item details in BOM


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?;I;??RI; )ER B?;C

1. )hat is / are the o$Fect7s# that can $e %aintained thro-!h en!ineerin! wor0$ench

a# Material Master

$# BOMc# Wor centred# Routing

2. ?n!ineerin! wor0$ench can $e -sed for a) Material master maintenanceb) Bom maintenancec) Routing maintenanced) Transfer of data from R/; to "!Oe) Maing mass c,anges in Boms routing

3. The foowin! can $e set as in the wor0 area for confi!-rin! inthe ?n!ineerin! wor0 $ench.a) Tas list ,eader b) BOM itemsc) Operationsd) BOM ,eader e) Wor center

(. A wor0 ist consists of BE' and ro-tin! so that they can $e processedsi%-taneo-sy in ?)Ba) True

b) 9alse

+. o- can create chan!e dispay and deete a BE' fro% ?)Ba) Trueb) 9alse

. ,oowin! can $e assi!ned to an operation fro% ?)Ba) Materialsb) Variable size itemsc) RRTsd) "ll of t,e abo-e

. The wor0in! area of ?)B consists of the foc-s and the wor0in!eniron%enta) Trueb) 9alse

4. S-$9ite%s are not aowed to process in ?)B


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a) Trueb) 9alse

5. Eny when operation is set as foc-s o$Fect yo- can hae a oo0 at s-$

operations PRTs inspection characteristics and tri!!er points for thatoperationa) Trueb) 9alse

16. )hen yo- set Ro-tin! eader as foc-sa) "ll routing ,eaders1 "ll se=uences and all operations for t,e routing are

displayedb) only one routing 0ill be displayedc) Routing ,eader is not a -alid focus ob3ectd) routing is al0ays identified by material number and ,ence it must be

specified

11. In ?)B wor0in! areasa) "re created in customizingb) "re created by t,e user in t,e BWB 0indo0c) cannot be created by t,e user as t,ere are a set of standard 0oring

areas predefined in S"!d) "re not,ing but selection areas T,ey need not be created

12. The wor0 area consists of a) tool bar1 cocpit and o-er-ie0 screen

b) focus and 0oring en-ironmentc) effecti-ity 0indo0 and ey dated) copy range and effecti-ity rangee) selection parameters and effecti-ity

13. Is it possi$e to set a defa-t wor0in! area for a -ser a# esb) :o

1(. The wor0in! area in ?)B consists of foc-s and

a) Wor areab) Woring en-ironmentc) Wor ,eader d) 9ocus iteme) 9ocus ,eader

1+. o- can restrict the ite% detais of an o$Fect that had $een chan!edrecenty $y


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a) Validity dateb) item filter functionc)


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22. The screen of the ?)B is diided intoa Cocpit1 toolbar1 and Modeler b Toolbar1 Cocpit1 and O-er-ie0 screenc Toolbar1 "nalyzer1 and Cocpit

d Toolbar1 Worbenc, 1 and Cocpit

23. )here do yo- seect the o$Fects in ?)B that yo-r need to process*a Conte.t areab Selection "reac Toolitd Toolbar menu

2(. The foowin! dispays the hierarchica reationships $etween o$Fectson the oeriew screen

a Toolbar b Conte.tc O-er-ie0 Screend Selection "rea

2+. The foowin! proides the ist of o$Fects that are contained in thewordist and the infor%ation a$o-t the o$Fect and chan!e state of apartic-ar o$Fect type

a Toolbar b Conte.tc O-er-ie0 Screen

d Selection "rea


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?;I;??RI; CA;? 'A;A?'?;T

1. ?n!ineerin! chan!e %ana!e%ent is -sed toa)


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Documents

PracticeQ_B1.doc