Business Applications
Marketing Applications
Scientific Applications
None of the above
C. Scientific Applications
Modem
Network
Multiplexer
All of the above
Abacus
Clock
Difference Engine
None of these
American Standard Code for Information Interchange
American Scientific Code for International Interchange
American Standard Code for Intelligence Interchange
American Scientific Code for Information Interchange
John v. Neumann
J.P. Eckert and John Mauchley
Maurice Wilkes
Howard Aiken
Joystick
Modem
CD Drive
NIC Card
1984
1989
1988
1990
Hard disks
Floppy disk
Winchester disk
Flexible disk
Switched mode Power Supply
Start mode power supply
Store mode power supply
Single mode power supply
2KB to 8KB
64KB & 256KB
256KB & 640KB
None of these
Ring network
LAN
Star network
EuroNET
Special-purpose computer
KIPS
M
PC
John Napier
William Oughtred
Gottfried Leibnitz
Blaise Pascal
NAV
F-Prot
Oracle
McAfee
User logins
Passwords
Computer keys
Access-control software
Track number
Sector number
Surface number
All of above
first generation
second generation
third generation
fourth generation
Accuracy
Reliability
Versatility
Automatic
ASCII
EBCDIC
BCD
All of above
IBM 1400
IBM 1401
IBM 1402
IBM1402
Machine
Application language
Low-level language
High-level language
an integration of different units so as to achieve an objective
input unit
input and output unit
input, output and storage units
IBM 7090
Apple ? 1
IBM System / 360
VAX-10
Car
Bus
Truck
Road
High level languages must be converted into machine language to execute
High level language programs are more efficient and faster to execute
It is more difficult to identify errors in high level language program than in low level programs
All of above
Binary Coded Decimal
Bit Coded Decimal
Binary Coded Digit
Bit Coded Digit
ENIAC
MARK I
Z3
ABC
TAB
SHIFT
ESC
F10
Machine language
Assembly language
High level language
None of above
XT computer
AT comptuers
PS/2 computer
None of above
High level language
Medium level language
Low level language
All of the above