Circular tracks only
Sectors only
Both circular tracks and sectors
None of the above
C. Both circular tracks and sectors
Von Neumann
Joseph M Jacquard
J. P. Eckert and J. W. Mauchly
All of above
Pixel
Reverse video
Touch screen
Cursor
Machine language
Assembly language
Both of above
None of above
XT computer
AT computers
None of these
Both of these
Fourth Generation
Fifth Generation
Sixth Generation
Seventh Generation
Minicomputers
Microcomputers
Mainframe computers
Super computer
Cylinder
Cluster
Surface
Track
Output data
Data processing
Central Processing
Input data
EDSAC
IBM-1401
CDC-1604
ICL-2900
IBM PCs used RISC CPU designs
Macintosh used CISC CPU design
IBM used CISC CPU design
None of above is true
256
16
32
64
Delay time
CPU cycle
Real time
Seek time
100
20
80
40
Data in itself is useless unless it is processed
The data that is processed is called a program
The data which is not yet processed is information
Information is processed by computer to generate data.
Mainframe Computer
Micro Computer
Mini Computer
Digital Computer
1850
1880
1642
1837
Parallel only
Sequentially only
Both sequentially and parallel
All of above
output device
input device
storage device
processing device
heaven
sky
earth
floor
Because it was invented before electronic computers were developed
Because there are wheels, drums, bars to rotate and move to produce result
Because they use the flow of electrons in different component
None of above
first
second
third
fourth
Direct access
Sequential access
Both of above
None of above
Laptop PCs
Tablet PCs
Desktop PCs
None of above
First Generation
Second Generation
Third Generation
Fourth Generation
Semiconductor memory
Memory register
Magnetic memory
None of above
Entry codes
Passwords
Security commands
Code words
ENIAC
MARK I
Z3
ABC
Magnetic core
Semiconductor
Magnetic tape
Both a and b
It will add to the content of the location
It will change the address of the memory location
It will erase the previous content
It will not be fruitful if there is already some data at the location
Odd parity bit
Even parity bit
Both of the above
None of above