Control Unit
Arithmetic Logic Unit
Central Processing Unit
Storage Unit
C. Central Processing Unit
Universal Automatic Computer
Universal Array Computer
Unique Automatic Computer
Unvalued Automatic Computer
Assembly of a computer
Machine language
High level language
All of the above
Input device
Output device
Programming language
Software
Doing quick mathematical calculations
Input storage, manipulation of outputting of data
Electronic data processing
Performing repetitive tasks accurately
RAM
ROM
BIOS
CACHE
8 bits
4 bits
2 bits
9 bits
Primary and secondary
Random and sequential
ROM and RAM
All of above
Input device
Output device
Both a & b above
None of these
IBM 1400
IBM 1401
ICL 2950
None of above
Modulator
Modem
Keyboard
Plotter
OCR
OMR
MICR
All of above
Ancient system
Historical system
Age old system
Legacy system
Transistors
Vacuum Tubes and Valves
Integrated Circuits
None of above
scanner
camera
plotter
digitizer
Duping
Booting
Padding
CPS
Minicomputers
Microcomputers
Mainframe computers
Super computer
Compactable Read Only Memory
Compact Data Read Only Memory
Compactable Disk Read Only Memory
Compact Disk Read Only Memory
CPU
Memory
Buffer
ALU
1
3
5
7
Correlation
Coroutine
Diagonalization
Quene
Accuracy
Reliability
Versatility
Automatic
Path
Frame
Block
Group
4 bits
8 bits
16 bits
64 bits
Floppy Disk
Hard Disk
RAM
CDROM
F5
F6
F9
F12
Intel
Motorola
Both of above
None of above
East
North
South
Up
Mark I
ABC
Zuse
UNIVAC
Computers are 100% accurate but it can suffer from GIGO
Computers are reliable because they use electronic component which have very low failure rate
Computer is never tired and does not suffer from boredom
All of above
store
Processing
retrieve
All of above