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Quantitative Design and Analysis MCQ Questions and Answers PDF Download eBook

Practice Quantitative Design and Analysis Multiple Choice Questions and Answers PDF, quantitative design and analysis MCQs with answers PDF worksheets, computer architecture test 1 for online college programs. Learn quantitative principles of computer design MCQs, "Quantitative Design and Analysis" quiz questions and answers for admission and merit scholarships test. Learn quantitative principles of computer design, integrated circuits: power and energy, what is computer architecture, simd instruction set extensions, memory technology and optimizations career test for associates in computer science.

"The total number of instructions used for a particular task, algorithm, workload, or program is known as" Multiple Choice Questions (MCQ) on quantitative design and analysis with choices hit time, instruction count, clock rate, and all of above for top computer science schools. Practice quantitative principles of computer design quiz questions for jobs' assessment test and online courses for online degrees.

MCQs on Quantitative Design and Analysis Quiz PDF Download eBook

MCQ: The total number of instructions used for a particular task, algorithm, workload, or program is known as

  1. instruction count
  2. hit time
  3. clock rate
  4. all of above

A

MCQ: Some microprocessors today are designed to have adjustable voltage, so a 15% reduction in voltage may result in a 15% reduction in frequency. What would be the impact on dynamic energy and on dynamic power?

  1. 0.61
  2. 0.72
  3. 0.71
  4. 0.81

A

MCQ: Which of the accompanying code is used in present-day computing was created by IBM enterprise?

  1. ebcdic code
  2. baudot code
  3. hollerith code
  4. ascii

A

MCQ: The no of good dies/wafer is called

  1. top line
  2. bottom line
  3. double line
  4. multiple line

B

MCQ: The energy required per transistor is proportional to the product of the capacitive load driven by the transistor and the square of the voltage is equal to

  1. dynamic energy.
  2. power energy
  3. capacitance
  4. capacitive load

C