SYSTEMS ANALYSIS AND DESIGN 11TH
EDITION KENNETH KENDALL JULIE
KENDALL TEST BANK ALL CHAPTERS
100% ORIGINAL VERIFIED A+
CERTIFICATION REVIEW SET 2026
ANSWERS GUARANTEED PASS
⫸ The main goal of systems analysis and design is to improve
organizational systems, typically through applying software that can
help employees accomplish key business tasks more easily and
efficiently. Answer: True
⫸ A boundary is the point of contact where a system meets its
environment or where subsystems meet each other. Answer: False
⫸ An interface separates a system from other systems. Answer: False
⫸ A system's environment is everything outside a system's boundary
that influences the system. Answer: True
⫸ Interfaces exist between subsystems. Answer: True
⫸ A system's capacity can be viewed as a system constraint. Answer:
True
, ⫸ Cohesion is the process of breaking down a system into its smaller
components. Answer: False
⫸ Coupling results in smaller and less complex systems that are easier
to understand than larger, complicated
systems. Answer: False
⫸ Decomposition allows the systems analyst to build different parts of
the system at independent times and have the help of different analysts.
Answer: True
⫸ Coupling is a direct result of decomposition. Answer: False
⫸ Modularity divides a system into chunks or modules of a relatively
uniform size. Answer: True
⫸ Cohesion is the extent to which subsystems depend on each other.
Answer: False
⫸ The systems development life cycle is a sequentially ordered set of
phases. Answer: False
⫸ Involving the user in analysis and design is a key advantage to the
prototyping technique. Answer: True
EDITION KENNETH KENDALL JULIE
KENDALL TEST BANK ALL CHAPTERS
100% ORIGINAL VERIFIED A+
CERTIFICATION REVIEW SET 2026
ANSWERS GUARANTEED PASS
⫸ The main goal of systems analysis and design is to improve
organizational systems, typically through applying software that can
help employees accomplish key business tasks more easily and
efficiently. Answer: True
⫸ A boundary is the point of contact where a system meets its
environment or where subsystems meet each other. Answer: False
⫸ An interface separates a system from other systems. Answer: False
⫸ A system's environment is everything outside a system's boundary
that influences the system. Answer: True
⫸ Interfaces exist between subsystems. Answer: True
⫸ A system's capacity can be viewed as a system constraint. Answer:
True
, ⫸ Cohesion is the process of breaking down a system into its smaller
components. Answer: False
⫸ Coupling results in smaller and less complex systems that are easier
to understand than larger, complicated
systems. Answer: False
⫸ Decomposition allows the systems analyst to build different parts of
the system at independent times and have the help of different analysts.
Answer: True
⫸ Coupling is a direct result of decomposition. Answer: False
⫸ Modularity divides a system into chunks or modules of a relatively
uniform size. Answer: True
⫸ Cohesion is the extent to which subsystems depend on each other.
Answer: False
⫸ The systems development life cycle is a sequentially ordered set of
phases. Answer: False
⫸ Involving the user in analysis and design is a key advantage to the
prototyping technique. Answer: True
