WorksheetsMP&MC
Total questions: 22
Worksheet time: 12mins
How many types of architectures are available, for designing a device that is able to work on its own?
3
2
1
4
5
Which architecture is followed by general purpose microprocessors?
Harvard architecture
Von Neumann architecture
None of the mentioned
All of the mentioned
Which architecture involves both the volatile and the non volatile memory?
(a)
Harvard architecture has _____________
dedicated buses for data and program memory
pipeline technique
complex architecture
all of the mentioned
Which of the two architecture saves memory?
Harvard
Von Neumann
BOTH
NONE
Which microcontroller doesn’t match with its architecture below?
Microchip PIC- Harvard
MSP430- Harvard
ARM7- Von Neumann
ARM9- Harvard
Computer for which processing is used to be done with the help of microprocessors is termed as
micro processor
micro computer
processor
all
Which of the following is a type of microprocessor?
cisc
risc
epic
all
diagram is an example of
micro processor
micro controller
micro computer
mini computer
memory has how many operations
2
3
4
1
examples of
input and output
input
output
all
are examples of
i/o devices
input
output
all
The CISC stands for ___________
a) Computer Instruction Set Compliment
b) Complete Instruction Set Compliment
c) Computer Indexed Set Components
d) Complex Instruction set computer
The computer architecture aimed at reducing the time of execution of instructions is ________
a) CISC
d) ANNA
b) RISC
c) ISA
d) ANNA
The Sun micro systems processors usually follow _____ architecture.
a) CISC
b) ISA
c) ULTRA SPARC
d) RISC
The RISC processor has a more complicated design than CISC. true/false
(a)
Both the CISC and RISC architectures have been developed to reduce the ______
a) Cost
b) Time delay
c) Semantic gap
d) All of the mentioned
Pipe-lining is a unique feature of _______
risc
cisc
both
none
Which of the architecture is power efficient?
risc
cisc
both
none
In CISC architecture most of the complex instructions are stored in _____
a) Register
b) Diodes
c) CMOS
d) Transistors
example of which architecture
cisc
risc
both
none
is an example of which architecture
risc
cisc
both
none
