Machine language
Assembly language
Both of above
None of above
A. Machine language
programs
processors
input devices
memory modules
multimedia
word
numbers
characters
Temporary, permanent
Permanent, temporary
Slow, fast
All of above
Genetics
Control and communication
Molecular biology
Biochemistry
PIM/m
ICL 2950
IBM 1401
None of above
Full-duplex
Simplex
Half-duplex
None of the above
WAP Area Network
Wide Area Network
Wide Array of Network
Wireless Access Network
Page printer
Line printer
Laser printer
Dot matrix printer
Interpreter
Simulator
Compiler
Commander
IBM PCs
Apple/Macintosh PCs
Both of above
None of above
Greek language
Sanskrit language
Latin language
German language
Super computer is much larger than mainframe computers
Super computers are much smaller than mainframe computers
Supercomputers are focused to execute as many programs as possible while mainframe uses its power to execute few programs as fast as possible.
Supercomputers are focused to execute few programs as fast as possible while mainframe uses its power to execute as many programs concurrently
1642
1837
1880
1850
Does all the thinking for a computer
Can enter input data quickly
Can operate all types of computer equipments
Can draw only flowchart
Speed
Accuracy
Reliability
Automatic
Mainframe Computer
Mini Computers
Micro Computers
None of above
PDP-I, 1958
IBM System/36, 1960
PDP-II, 1961
VAX 11/780, 1962
Basic, COBOL, FORTRAN
Prolog 2, Expert Systems
Knowledge based Systems
Assembly Languages
User logins
Passwords
Computer keys
Access-control software
Memory or video
Magnetic or optical
Optical or memory
Video or magnetic
8
4
16
2
Encryption.
firewall.
Scrambling.
Password proofing.
ASCII
BCD
EBCDIC
All of above
First generation
Second generation
Third generation
Fourth generation
Imaging
Graphics
Voice
All of Above
Trojan horse.
Virus.
Time bomb.
Time-related bomb sequence.
Magnetic tape
Voice response unit
Voice recognition unit
Voice band
Gathering data
calculating data
Comparing data
Arranging data
IBM PCs used RISC CPU designs
Macintosh used CISC CPU design
IBM used CISC CPU design
None of above is true
Erasing the contents of ROM
Reconstructing the contents of ROM
Erasing and reconstructing the contents of ROM
Duplicating ROM