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Cost Trends and Analysis MCQ Questions with Answers PDF Download eBook

Practice Cost Trends and Analysis Multiple Choice Questions (MCQ), cost trends and analysis quiz answers PDF worksheet, computer architecture test for online computer science program. Solve instruction set principles Multiple Choice Questions and Answers (MCQs), "Cost Trends and Analysis" quiz questions and answers for computer and information science. Learn disk storage and dependability, dynamic scheduling and data hazards, memory hierarchy review, pipelining crosscutting issues test prep for cheapest online computer science degree.

"Which one of the following is an example of displacement addressing mode" Multiple Choice Questions (MCQ) on cost trends and analysis with choices add r4,r3, add r4,#3, add r4,100(r1), and add r3,(r1 + r2) for computer and information science. Solve cost trends and analysis quiz questions for merit scholarship test and certificate programs for top online computer science programs.

MCQs on Cost Trends and Analysis PDF Download eBook

MCQ: Which one of the following is an example of displacement addressing mode

  1. add r4,r3
  2. add r4,#3
  3. add r4,100(r1)
  4. add r3,(r1 + r2)

C

MCQ: The information when is written in the cache, both to the block in the cache and the block present in the lower-level memory, refers to

  1. miss rate
  2. write-back
  3. write-through
  4. dirty bit

C

MCQ: The range of designs between direct-mapped and fully-associative cache is called

  1. set definitive
  2. set associative
  3. fully associative
  4. block associative

B

MCQ: The term which is named as shared memory with both SMP and DSM referring that the address space is

  1. multi-threading
  2. recurrence
  3. dedicated
  4. shared memory

D

MCQ: Average memory access time can be calculated as

  1. average memory access time = hit time + miss rate * miss penalty
  2. average memory access time = hit time - miss rate * miss penalty
  3. average memory access time = hit time + miss rate _ miss penalty
  4. average memory access time = miss rate * miss penalty

A