ARM Processor Architecture MCQ Questions and Answers for Practice

ARM Processor Architecture MCQs are essential practice tools for students and exam aspirants. These multiple-choice questions help solidify your understanding of ARM architecture, making you well-prepared for assessments and real-world applications.

About ARM Processor Architecture MCQ Questions

ARM Processor Architecture MCQs cover a wide range of topics, from the basics of ARM architecture to advanced concepts like instruction sets, pipeline operations, and system design. These questions are designed to test your knowledge and ensure you have a comprehensive understanding of ARM processors.

Why Practice ARM Processor Architecture Objective Questions?

Practicing ARM Processor Architecture MCQs offers several benefits. It helps you prepare for school and college exams, enhances your performance in competitive exams, and boosts your confidence for technical interviews. Regular practice also aids in revising key concepts and identifying areas that need more attention.

Who Should Use These MCQs?

  • Students preparing for school or college exams
  • Competitive exam aspirants
  • Candidates preparing for interviews

ARM Processor Architecture MCQ Questions for Practice

1. The memory blocks in Main Memory are mapped on to the cache blocks with the help of

2. The memory which is used to store acopy of data or instructions stored in larger memories, inside the CPU is called

3. The method of mapping the consecutive memory blocks to consecutive cache blocks is called

4. The multi-layer architecture acts as a crossbar switch between............in a AMBA 3 AHB

5. The priority of a process will.........if the scheduler assigns it a static priority.

6. The two I2C signals are..........and............

7. Thumb-2 technology enhances the 16 bit Thumb instruction set with

8. Using only two instructions, add a 64-bit integer contained in R2 and R3 to another 64-bit integer contained in R0 and R1, and place the result in R4 and R5.

9. Vector Floating Point (VFP) architecture is power efficient because of reduction in...........and...........

10. Vector Floating Point (VFP) architecture provides............floating point architectures.

11. Vector processor architecture falls under the following computer architecture

12. What are the contents of R1 and R2after MVNR1 R2 are executed, assume R2 is 0x01010101

13. What is inter-process communication?

14. When a global variable may be modified by an exception handler, it should be declared as:

15. When a page is selected for replacement, and its modify bit is set :

Download PDF

Tags

Multiple Choice Questions and Answers on ARM Processor Architecture

ARM Processor Architecture Multiple Choice Questions and Answers

ARM Processor Architecture Trivia Quiz

ARM Processor Architecture Question and Answer PDF Online


Spreading Knowledge Across the World

United States, United Kingdom, India, Nigeria, Philippines, Pakistan, Nepal, Singapore, Indonesia, Bangladesh, Ghana, United Arab Emirates, Kenya, Canada, Malaysia, Australia, Iran, South Africa, Uganda, France, Ireland, Egypt, Tanzania, Ethiopia, Thailand, Sri Lanka, Cameroon, Hong Kong, Spain, Vietnam, New Zealand, Japan, Brazil, Saudi Arabia, Zambia, Czechia, Italy, Russia, Myanmar (Burma), Netherlands, Germany, Romania, Mexico, Rwanda, Sierra Leone, Turkey, Zimbabwe, Poland, Iraq, Cyprus, Algeria, Liberia, Greece, Jamaica, Malawi, Qatar, Portugal, South Korea, Argentina, Colombia, Morocco, Peru, Kuwait, Lithuania, Finland, Somalia, Israel, Bulgaria, Chile, Hungary, Trinidad & Tobago, Uzbekistan, Ukraine, Sweden, Kazakhstan, Norway, Macedonia, Benin, Switzerland, Oman, Botswana, Belgium, Ecuador, Slovakia, China, Croatia, Brunei, Serbia, Papua New Guinea, Bahrain, Guyana, Denmark, Lesotho, Lebanon, Jordan, Azerbaijan, Latvia, Cambodia, Namibia, Mauritius, Austria, Mongolia, Albania, Libya, Gambia, Taiwan, Bhutan, Venezuela, Dominican Republic, Tunisia, Luxembourg, Bosnia & Herzegovina, Guatemala, Solomon Islands, Guam, Costa Rica, Yemen, Bolivia, and many more ...