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System Programming MCQs with Answers

Practice important System Programming MCQs with answers and explanations.

Multiple Choice Questions

Q3861: Using synchronization constructs frequently in parallel programming may
  • A: degrade performance
  • B: improve performance
  • C: have no effect
  • D: break the program
View Answer
A

Q3862: Increasing computational cores indefinitely
  • A: Does not guarantee better performance
  • B: Always improves performance
  • C: Decreases performance
  • D: Has no effect
View Answer
A

Q3863: Parallel sort and merge
  • A: Are more efficient than serial versions
  • B: Are less efficient
  • C: Do not work
  • D: Are deprecated
View Answer
A

Q3864: Fine grain parallelism is best exploited in
  • A: Divide and conquer applications
  • B: Sequential loops
  • C: Single-threaded programs
  • D: Non-recursive functions
View Answer
A

Q3865: Examples of computational tasks suitable for parallelism include
  • A: matrix multiplication and Fourier transformation
  • B: database queries and UI rendering
  • C: file handling and logging
  • D: static file serving
View Answer
A

Q3866: Games and simulations can be decomposed into
  • A: several parallel components
  • B: single-threaded processes
  • C: only sequential tasks
  • D: exclusive locking
View Answer
A

Q3867: Parallelism is increasingly important due to
  • A: the bottleneck in increasing processor cores
  • B: the decrease in memory sizes
  • C: the rise of disk speeds
  • D: the reduction in screen resolution
View Answer
A

Q3868: Most computationally intensive applications that do not use parallelism
  • A: fail to use the full hardware potential
  • B: perform better
  • C: are more secure
  • D: consume less power
View Answer
A

Q3869: Learning parallel programming skills is necessary to
  • A: use the potential of current hardware
  • B: skip synchronization
  • C: handle errors easily
  • D: write GUI applications
View Answer
A

Q3870: The cost of parallel programming includes
  • A: using synchronization and concurrency control
  • B: increased memory usage
  • C: lower CPU temperature
  • D: less code complexity
View Answer
A

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