Compact size; speed readability
Compact size, speed
Readability; speed
Low cost; readability
A. Compact size; speed readability
Screen
Printer
Speaker
All of these
Extended Binary Case Decimal Interchange Code
Extended Bit Case Decimal Interchange Code
Extended Bit Code Decimal Interchange Code
Extended Binary Coded Decimal Interchange Code
The name of companies that made computers
The name of product a company gives to identify its product in market
A name of class to indicate all similar products from different companies
All of above
ALU
Register Unit
Process description
Process control
UNIVAC
ENIAC
EDSAC
None of above
Tracking
Formatting
Crashing
Allotting
arranging
manipulating
calculating
gathering
Input unit
Output unit
ALU
Control Unit
Hewlett-Packard, 1980
Epson, 1981
Laplink Traveling Software Inc, 1982
Tandy Model-200, 1985
Mark I
ABC
Z3
None of above
User logins
Passwords
Computer keys
Access-control software
Small-scale computer
Medium-scale computer
Large-scale computer
Super computer
Primary and secondary
Random and sequential
ROM and RAM
All of above
Online processing
Batch Processing
Once-a-day Processing
End-of-day processing
Architecture
Networks
Graphics
Designing
Electronic Computers
Analog Computers
Digital Computers
Hybrid Computers
They used vacuum tubes or valves as main electronic component
They consumed lots of electricity and produced excessive heat
They used machine language and assembly language to program the machine
None of above
an ASCII code
a magnetic tape
an OCR scanner
a bar code
Additional Terminals
Advance technology
Applied technology
Advanced terminology
Dumb terminal
Smart terminal
VDT
Intelligent terminal
UNIVAC
ENIAC
EDSAC
None of above
Compact size; speed readability
Compact size, speed
Readability; speed
Low cost; readability
10
11
8
12
System Software
Application Software
Utilities
None of the above
Inkjet
Laser
Thermal
Dot matrix
Does all the thinking for a computer
Can enter input data quickly
Can operate all types of computer equipments
Can draw only flowchart
Translates instruction of a high level language into machine language
Translates entire source program into machine language program
It is not involved in programs execution
All of above
First Generation
Second Generation
Fifth Generation
Sixth Generation
ROM information can be easily updated
Data in ROM is non-volatile, that is, it remains there even without electrical power.
ROM provides very large amounts of inexpensive data storage.
ROM chips are easily swapped between different brands of computers.
1820
1860
1855
1870