To produce result
To compare numbers
To control flow of information
To do maths works
B. To compare numbers
Batch processing system
Multiprogramming
Time sharing
None of these
IBM PCs used RISC CPU designs
Macintosh used CISC CPU design
IBM used CISC CPU design
None of above is true
Vacuum tubes
Transistors
ICs
All of above
Primary and secondary
Random and sequential
ROM and RAM
All of above
Buffer
CPU
Packing
Field
0
1
1 or 0
3
Mainframe
Mini-computer
Microcomputer
PDA
Accuracy
Reliability
Speed
All of above
Imaging
Graphics
Voice
All of Above
Dot per sq. inch
Dots per inch
Dots printed per unit time
All of the above
Windows
Unix
OS/2
All of these
SRAM
DRAM
ROM
All of above
Knowledge information processing system
Very large scale integration (VLSI)
Both of above
Only b
Control section
Primary memory
External memory
Cache memory
Magnetic tape
Voice response unit
Voice recognition unit
Voice band
Difference Engine
Analytic Engine
Binary System in Analytic Engine
His concept of input, mill, output and storage
Bits
Bytes
Hertz
Clock cycles
Belongs to second generation
Uses VLSI
Employs semiconductor memory
Has modular constructions
First Generation Computer
Second Generation Computer
Third Generation Computer
Fourth Generation Computer
Mechanical
Electro-mechanical
Electrical
None of these
Daughterboard
Motherboard
Father board
Child board
Display screen
Soft copy terminal
Hard copy terminal
Plotter
Allen Turing
Charles Babbage
Simur Cray
Augusta Adaming
Portable computer
Hybrid computer
Analog computer
Digital computer
of his difference engine
of his analytical engine
his concept of input, mill and output
All of above
John Bardeen
William Shockley
Lee de Forest
All of above
2 byte
32 byte
4 byte
8 byte
Inputting
Processing
Controlling
Understanding
Pascaline
Difference Engine
Analytical Engine
None of above
Compiler
Interpreter
Linker
Loader