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System Programming MCQs with Answers

Practice important System Programming MCQs with answers and explanations.

Multiple Choice Questions

Q3801: What happens if there are more work objects than available threads in a thread pool?
  • A: Work objects compete for threads
  • B: Threads are duplicated
  • C: New threads are automatically created
  • D: Work objects are discarded
View Answer
A

Q3802: The Windows kernel is responsible for
  • A: Resolving competition between work objects
  • B: Allocating memory to threads
  • C: Terminating processes
  • D: Creating new user threads
View Answer
A

Q3803: A thread in a thread pool maps to
  • A: Callback function of a work object
  • B: CPU core
  • C: Memory block
  • D: Kernel object
View Answer
A

Q3804: Thread pool threads execute
  • A: Asynchronous callbacks
  • B: Synchronous functions
  • C: Only hardware interrupts
  • D: User interface events
View Answer
A

Q3805: The term "work object" in thread pools refers to
  • A: Tasks to be executed by threads
  • B: CPU cores
  • C: Memory pages
  • D: Kernel modules
View Answer
A

Q3806: Limited threads in a thread pool can cause
  • A: Competition among work objects
  • B: Deadlocks in hardware
  • C: Memory leaks
  • D: Automatic thread termination
View Answer
A

Q3807: The thread pool is useful for applications performing
  • A: wait on Kernel objects
  • B: Graphical rendering
  • C: Audio processing
  • D: User input handling
View Answer
A

Q3808: A thread becomes free after
  • A: Completing execution of its callback function
  • B: Being paused by scheduler
  • C: Completing system call
  • D: Releasing memory
View Answer
A

Q3809: Which of the following is true about process thread pools?
  • A: Each process has its own dedicated thread pool
  • B: All processes share a global thread pool
  • C: There are no thread pools in modern OS
  • D: Only system processes use thread pools
View Answer
A

Q3810: In the context of thread pools, a callback function is executed by
  • A: Threads in the thread pool
  • B: The main application thread
  • C: User interface thread
  • D: Kernel interrupt handler
View Answer
A

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