Multithreading in C Sharp MCQ question and answer with solution | C# Program MCQs

A. Pause()

B. Suspend()

C. Wait()

D. Sleep()

A. To manage and recycle a pool of worker threads

B. To allocate memory for storing thread-related data

C. To provide synchronization mechanisms for multithreaded programs

D. To execute tasks sequentially

A. Reduced memory consumption

B. Enhanced security

C. Simplicity and ease of programming

D. Improved responsiveness and scalability

A. Merge()

B. Combine()

C. Join()

D. Link()

A. To execute a block of code in parallel

B. To synchronize access to a shared resource

C. To allocate memory for storing thread-related data

D. None of the above

A. To allocate memory for storing thread-related data

B. To provide synchronization mechanisms for multithreaded programs

C. To represent a single thread of execution

D. To manage a collection of threads

A. CheckAlive()

B. ThreadAlive()

C. IsRunning()

D. IsAlive()

A. Synchronous programming blocks until a task is completed, while asynchronous programming allows tasks to execute concurrently

B. Synchronous programming executes tasks sequentially, while asynchronous programming executes tasks in parallel

C. Synchronous programming is simpler, while asynchronous programming is more complex

D. Synchronous programming is more memory-efficient, while asynchronous programming is more CPU-efficient

A. To provide synchronization mechanisms for multithreaded programs

B. To manage a collection of threads

C. To synchronize access to a shared resource

D. To signal one or more waiting threads that an event has occurred

A. SetThreadPriority()

B. Priority()

C. SetPriority()

D. SetPriorityLevel()