SOLUTION MANUAL Systems Analysis and Design 10th Edition by Kendall Kenneth and Kendall Julie, All Chapters 1 - 16 Latest Version Edition

SOLUTION MANUAL
Systems Analysis and Design 10thEdition
by Kendall Kenneth and Kendall Julie, All Chapters 1 - 16




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,TABLEQOFQCONTENTS

I. SystemsQAnalysisQFundamentals

1. Systems,QRoles,QandQDevelopmentQMethodologies
2. UnderstandingQandQModelingQOrganizationQSystems
3. ProjectQManagement

II. InformationQRequirementsQAnalysis

4. InformationQGathering:QInteractiveQMethods
5. InformationQGathering:QUnobtrusiveQMethods
6. AgileQModeling,QPrototyping,QandQScrum

III. TheQAnalysisQProcess

7. UsingQDataQFlowQDiagrams
8. AnalyzingQSystemsQUsingQDataQDictionaries
9. ProcessQSpecificationsQandQStructuredQDecisionsQ 10.Object-
OrientedQSystemsQAnalysisQandQDesignQUsingQUML

IV. TheQEssentialsQofQDesign
11.DesigningQEffectiveQOutputQ 12.DesigningQE
ffectiveQInputQ 13.DesigningQDatabases
14. Human-ComputerQInteractionQandQUXQDesign

V. QualityQAssuranceQandQImplementation

15. DesigningQAccurateQDataQEntryQProceduresQ 16.
QualityQAssuranceQandQImplementation




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,ChapterQ2
UnderstandingQandQModelingQOrganizationalQSystems

KeyQPointsQandQObjectives


1. OrganizationsQareQcomplexQsystemsQcomposedQofQinterrelatedQandQinterdependentQsubsystems.


2. SystemQandQsubsystemQboundariesQandQenvironmentsQhaveQanQimpactQonQinformation
QsystemQanalysisQandQ design.



3. SystemsQareQdescribedQasQeitherQopen,QwithQfreeQflowingQinformation,QorQclosedQw
ithQrestrictedQaccessQtoQ information.


4. AQvirtualQorganizationQisQoneQthatQhasQpartsQofQtheQorganizationQinQdifferentQphys
icalQlocations.QTheyQuseQ computerQnetworksQandQcommunicationsQtechnologyQtoQwor
kQonQprojects.QAdvantagesQofQaQvirtualQ organizationQare:


A. ReducedQcostsQofQphysicalQfacilities
B. MoreQrapidQresponseQtoQcustomerQneeds
C. FlexibilityQforQemployeesQtoQcareQforQchildrenQorQagingQparents


5. EnterpriseQsystemsQorQEnterpriseQResourceQPlanningQ(ERP)QdescribesQanQintegratedQorg
anizationalQ informationQsystem.QTheQsoftwareQhelpsQtheQflowQofQinformationQbetween
QtheQfunctionalQareasQwithinQtheQ organization.

6. ERPQcanQaffectQeveryQaspectQofQtheQorganization,QsuchQas:

A. DesignQofQemployees’Qwork
B. SkillsQrequiredQforQjobQcompetency
C. StrategicQpositioningQofQtheQcompany

7. ManyQissuesQmustQbeQovercomeQforQtheQERPQinstallationQisQtoQbeQdeclaredQaQsuccess:

A. UserQacceptance
B. IntegrationQwithQlegacyQsystemsQandQtheQsupplyQchain
C. UpgradingQfunctionalityQ(andQcomplexity)QofQERPQmodules
D. ReorganizingQworkQlifeQofQusersQandQdecisionQmakers
E. ExpandedQreachQacrossQseveralQorganizations
F. StrategicQrepositioningQofQtheQcompany


8. AQcontext-
levelQdataQflowQdiagramQisQanQimportantQtoolQforQshowingQdataQ usedQandQinformationQ
producedQbyQaQ system.QItQprovidesQanQoverviewQofQtheQsettingQorQenvironmentQtheQsyst
emQexistsQwithin—whichQentitiesQsupplyQ andQreceiveQdata/information.




Q

, 9. TheQcontext-
levelQdataQflowQdiagramQisQoneQwayQtoQshowQscope,QorQwhatQisQtoQbeQincludedQin
QtheQsystem.QTheQ projectQhasQaQbudgetQthatQhelpsQtoQdefineQscope.
10. Entity-
relationshipQdiagramsQhelpQtheQanalystQunderstandQtheQorganizationalQsystemQandQthe
QdataQstoredQbyQtheQ organization.



11. ThereQareQthreeQtypesQofQentities:


A. FundamentalQentity,QdescribingQaQperson,Qplace,QorQthing.
B. AssociativeQentityQ(alsoQcalledQaQgerund,Qjunction,Qintersection,QorQconcatenat
edQentity),QjoiningQtwoQ entities.QItQcanQonlyQexistQbetweenQtwoQentities.
C. AttributiveQentity,QtoQdescribeQattributesQandQrepeatingQgroups.


12. RelationshipsQareQshownQwithQaQzeroQorQcircleQrepresentingQnone,QaQverticalQlineQrepr
esentingQ one,QorQcrow’sfootQ representingQmanyQandQcanQbe:


A. OneQtoQone
B. OneQtoQmany
C. ManyQtoQmany


13. AQuseQcaseQdiagramQreflectsQtheQviewQofQtheQsystemQfromQtheQperspectiveQofQaQuser
QoutsideQofQtheQsystem.

14. AQuseQcaseQmodelQpartitionsQtheQwayQtheQsystemQworksQintoQbehaviors,Qservic
es,QandQresponsesQthatQareQ significantQtoQtheQusersQofQtheQsystem.

15. AQuseQcaseQdiagramQhasQsymbolsQfor:


A. AnQactor,QtheQroleQofQaQuserQofQtheQsystem
B. TheQuseQcaseQrepresentingQaQsequenceQofQtransactionsQinQaQsystem

16. ThereQareQtwoQkindsQofQuseQcases:


A. Primary,QtheQstandardQflowQofQeventsQwithinQaQsystemQthatQdescribeQaQstandar
dQsystemQbehavior
B. UseQcaseQscenariosQthatQdescribeQvariationsQofQtheQprimaryQuseQcase


17. ThereQareQfourQactiveQbehavioralQrelationships:


A. Communicates—usedQ toQ connectQ anQ actorQ toQ aQ useQ case.

B. Includes—
describesQtheQ situationQ whereQ aQ useQ caseQ containsQ aQ behaviorQ thatQ isQ commo
nQtomoreQthanQ oneQuseQcase.
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