Logical Instructions Quiz Questions and Answers 133 PDF Book Download

Logical instructions quiz questions and answers, logical instructions online learning, COA test prep 133 for distance education eCourses. Undergraduate degree and master's degree eCourses MCQs on computer language and instructions quiz, logical instructions multiple choice questions to practice computer architecture and organization quiz with answers. Learn logical instructions MCQs, career aptitude test on pipelining implementation, basic cache optimization methods, memory technology and optimizations, shared memory architectures, logical instructions test for online software engineering degree courses distance learning.

Practice logical instructions career test with multiple choice question (MCQs): for checking, that register $s2 is less than 15, we can write as, for e-learning degree certificate with options slt $t0,$s2,15, slti $t0,$s2,15, slti $t0,$s1,15, slti $t0,$s15,15 for online information technology degree. Learn online computer language and instructions questions and answers with problem-solving skills assessment test.

Quiz on Logical Instructions Worksheet 133Quiz Book Download

Logical Instructions Quiz

MCQ: For checking, that register $s2 is less than 15, we can write as

  1. slt $t0,$s2,15
  2. slti $t0,$s2,15
  3. slti $t0,$s1,15
  4. slti $t0,$s15,15

B

Shared Memory Architectures Quiz

MCQ: An operation being done in a way that intervening operation can be occurred, this operation is called a

  1. Atomic
  2. Molecular
  3. Multitasking
  4. Serial processing

A

Memory Technology and Optimizations Quiz

MCQ: Time when a read instruction is requested and when desired instruction arrives, is referred to as

  1. Cycle time
  2. Access time
  3. Hit time
  4. Miss time

B

Basic Cache Optimization Methods Quiz

MCQ: Policy for memory hierarchies: L1 data are never found in an L2 cache, refers to

  1. Write buffer
  2. Multilevel exclusion
  3. Write-through
  4. Multilevel inclusion

B

Pipelining Implementation Quiz

MCQ: A processor with separate decode and register fetch stages will probably have a

  1. Canceling
  2. Nullifying
  3. Branch delay
  4. Branch table

C