Correct Answer is: any physical device connected to the computer

Correct Answer is: output device only

Correct Answer is: Complex Instruction Set Computer

any physical device connected to the computer

any drives installed in the computer

tapedrive connected to a computer

Complex Instruction Set Computer

Complete Instruction Sequential Compilation

Computer Integrated Sequential Compiler

Complex Instruction Sequential Compilation

Parallel Processing MCQ Multiple Choice Questions Answers for Practice

Q: 2. A complete microcomputer system consist of

Correct Answer is: all of the above

Q: 3. A microprogram written as string of 0 and 1 is a

Correct Answer is: binary micro-program

Q: 4. A microprogram written as string of 0 and 1 is a

Correct Answer is: binary microprogram

Q: 5. A modem is used to link up two computers via

Correct Answer is: Both of the above

Q: 7. A pipeline is like

Correct Answer is: an automobile assembly line

Q: 10. An optimizing Compiler does,

Correct Answer is: Takes advantage of the type of processor and reduces its process time.

Q: 11. As of 2000, the reference system to find the performance of a system is

Correct Answer is: Ultra SPARC 10

Q: 12. As of 2000, the reference system to find the SPEC rating are built with ..............Processor.

Correct Answer is: Ultra SPARC -IIi 300MHZ

Q: 13. Both the CISC and RISC architectures have been developed to reduce the

Correct Answer is: Semantic gap

1. A collection of lines that connects several devices is called

bus
peripheral connection wires
Both a and b
internal wires

2. A complete microcomputer system consist of

microprocessor
memory
peripheral equipment
all of the above

3. A microprogram written as string of 0 and 1 is a

Symbolic microinstruction
binary microinstruction
symbolic microinstruction
binary micro-program

4. A microprogram written as string of 0 and 1 is a

symbolic microinstruction
binary microinstruction
symbolic microprogram
binary microprogram

5. A modem is used to link up two computers via

telephone line
dedicated line
Both of the above
None of the above

6. A peripheral is

any drives installed in the computer
tapedrive connected to a computer
any physical device connected to the computer
None of above

7. A pipeline is like

an automobile assembly line
house pipeline
both a and b
a gas line

8. A processor performing fetch or decoding of different instruction during the execution of another instruction is called

Super-scaling
Pipe-lining
Parallel Computation
None of these

9. An instruction to provide small delay in program

LDA
NOP
BEA
None of the above

10. An optimizing Compiler does,

Better compilation of the given piece of code.
Takes advantage of the type of processor and reduces its process time.
Does better memory managament.
Both a and c

11. As of 2000, the reference system to find the performance of a system is

Ultra SPARC 10
SUN SPARC
SUN II
None of these

12. As of 2000, the reference system to find the SPEC rating are built with ..............Processor.

Intel Atom SParc 300Mhz
Ultra SPARC -IIi 300MHZ
Amd Neutrino series
ASUS A series 450 Mhz

13. Both the CISC and RISC architectures have been developed to reduce the

Cost
Time delay
Semantic gap
All of the above

14. Cache coherence: For which shared (virtual) memory systems is the snooping protocol suited?

Crossbar connected systems
Systems with hypercube network
Systems with butterfly network
Bus based systems

15. CD -RAW is

Input device only
output device only
Both of the above
None of the above

16. Characteristic of RISC (Reduced Instruction Set Computer) instruction set is

three instructions per cycle
two instructions per cycle
one instruction per cycle
none of the

17. CISC stands for

Complete Instruction Sequential Compilation
Computer Integrated Sequential Compiler
Complex Instruction Set Computer
Complex Instruction Sequential Compilation

18. CPU does not perform the operation

data transfer
logic operation
arithmetic operation
all of the above

19. Data hazards occur when

Greater performance loss
Pipeline changes the order of read/write access to operands
Some functional unit is not fully pipelined
Machine size is limited

20. During the execution of the instructions, a copy of the instructions is placed in the

Register
RAM
System heap
Cache

21. Dynamic RAMs are best suited to

slow system
large system
one bit system
none of the above

22. For a given FINITE number of instructions to be executed, which architecture of the processor provides for a faster execution ?

ISA
ANSA
Super-scalar
All of the above

23. For a RS flip-flop constructed with NAND gates and input R=1 and s=1 the state is

Memory state
Set state
Reset state
Unused state

24. From where interrupts are generated?A

Central processing unitB
Memory chipsC
RegistersD
I/O devices

25. How does the number of transistors per chip increase according to Moores law?

Quadratically
Linearly
Cubicly
Exponentially

26. How many address lines are needed to address each memory location in a 2048X 4 memory chip?

27. How many bits do you think will be adequate to encode individual character in Devnagari script

28. In a single byte how many bits will be there?

29. In a system with a 16 bit address bus, what is the maximum number of 1K byte memory devices it could contain

16
64
256
65536

30. In CISC architecture most of the complex instructions are stored in

Register
Diodes
CMOS
Transistors

Parallel Processing Multiple Choice Questions (MCQs) are essential practice tools for students and exam aspirants. These questions help you test your understanding and prepare effectively for various assessments.

About Parallel Processing MCQ Questions

Parallel Processing MCQs cover a wide range of topics including parallel architectures, algorithms, and synchronization techniques. These questions are designed to deepen your understanding of how multiple processors work together to solve complex computational problems efficiently.

Why Practice Parallel Processing Objective Questions?

Practicing Parallel Processing MCQs offers several benefits. They help you prepare for school and college exams, enhance your readiness for competitive exams, and boost your confidence for technical interviews. Regular practice ensures that you have a solid grasp of the fundamental and advanced concepts in parallel processing.

Who Should Use These MCQs?

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