COMPUTER ORGANIZATION AND DESIGN
FINAL PAPER UPDATED COMPLETE
QUESTIONS AND ANSWERS ALREADY
PASSED
●● What is the key difference in behavior between volatile and
nonvolatile memory when a computer loses power?
Answer: Volatile memory loses its data, while nonvolatile memory
retains it.
●● What is the primary advantage of using parallel processing in a
computer system?
Answer: It allows for the simultaneous execution of multiple tasks.
●● What does a compiler primarily do in programming?
Answer: Translates high-level programming language statements into
assembly language.
●● What is the essential role of memory components within a computer
system?
Answer: To store both active programs and the data they are currently
processing.
, ●● Compared to DRAM, what are the key advantages and disadvantages
of SRAM?
Answer: SRAM is faster, more reliable, and does not need refreshing,
but it is more expensive and larger.
●● [Case Study]: Imagine you are designing a new smart home device,
like a thermostat that learns your preferences. What type of computer
would be most suitable for this device, and why?
Answer: An Embedded Computer would be the most suitable type of
computer for a smart thermostat. This is because an embedded computer
is a computer system integrated as part of a larger device to perform
specific functions. In this case, the embedded computer would be built
into the thermostat to manage temperature control, learn user
preferences, and potentially communicate with other smart home
devices, without needing the full capabilities or user interface of a
personal computer.
●● [Compare]: Differentiate between Systems Software and Application
Software. Provide an example of each and explain their relationship.
Answer: Systems Software is designed to manage and control computer
hardware and provide a platform for other software to run. It acts as an
interface between the hardware and application software. Examples
include operating systems (like Windows or macOS) and device drivers.
Application Software, on the other hand, is designed to perform specific
tasks for the user. Examples include word processors, web browsers, and
games. Application software relies on systems software to interact with
the hardware and function correctly.
FINAL PAPER UPDATED COMPLETE
QUESTIONS AND ANSWERS ALREADY
PASSED
●● What is the key difference in behavior between volatile and
nonvolatile memory when a computer loses power?
Answer: Volatile memory loses its data, while nonvolatile memory
retains it.
●● What is the primary advantage of using parallel processing in a
computer system?
Answer: It allows for the simultaneous execution of multiple tasks.
●● What does a compiler primarily do in programming?
Answer: Translates high-level programming language statements into
assembly language.
●● What is the essential role of memory components within a computer
system?
Answer: To store both active programs and the data they are currently
processing.
, ●● Compared to DRAM, what are the key advantages and disadvantages
of SRAM?
Answer: SRAM is faster, more reliable, and does not need refreshing,
but it is more expensive and larger.
●● [Case Study]: Imagine you are designing a new smart home device,
like a thermostat that learns your preferences. What type of computer
would be most suitable for this device, and why?
Answer: An Embedded Computer would be the most suitable type of
computer for a smart thermostat. This is because an embedded computer
is a computer system integrated as part of a larger device to perform
specific functions. In this case, the embedded computer would be built
into the thermostat to manage temperature control, learn user
preferences, and potentially communicate with other smart home
devices, without needing the full capabilities or user interface of a
personal computer.
●● [Compare]: Differentiate between Systems Software and Application
Software. Provide an example of each and explain their relationship.
Answer: Systems Software is designed to manage and control computer
hardware and provide a platform for other software to run. It acts as an
interface between the hardware and application software. Examples
include operating systems (like Windows or macOS) and device drivers.
Application Software, on the other hand, is designed to perform specific
tasks for the user. Examples include word processors, web browsers, and
games. Application software relies on systems software to interact with
the hardware and function correctly.
