8 bits
12 bits
16 bits
32 bits
A. 8 bits
ENIAC
MARK I
Z3
ABC
Accuracy
Reliability
Versatility
Automatic
Magnetic tape
Badge reader
Tape puncher
Card puncher
Mosaic
Netscape
Internet explorer
Collabra
End
Start
Turnoff
Restart
data
information
both of above
none of above
Machine
Application language
Low-level language
High-level language
Seek time
Effective time
Access time
Real time
Specification and design
Testing
System Analysis
Maintenance
Direct
Sequential
Both of the above
None of the above
1850
1880
1642
1837
Z3
ABC
mark I
ENIAC
More expensive
More portable
Less rigid
Slowly accessed
kilobyte
petabyte
terrabyte
gigabyte
Switched mode Power Supply
Start mode power supply
Store mode power supply
Single mode power supply
Memory address registers
Memory data register
Instruction register
Program counter
PL/C
PL/CT
PL/M
PLA
Machine language
Assembly language
Both of above
None of above
Transistors are much smaller
Transistors produce low heat
Transistors were less reliable
Transistors were used in radios and other electronic devices
a procedural
an object oriented
both A and B
none of the above
Tabulating Machine
Analytical Engine
Difference Engine
Both C and D
Computer
Digital systems
CalculatorS
All of the above
Mark I
ABC
Z3
None of above
Daughterboard
Motherboard
Father board
Child board
John v. Neumann
J.P. Eckert and John Mauchley
Maurice Wilkes
Howard Aiken
Vacuum Tube
Silicon Chips
Transistor
Bio Chips
Stores data in the memory
Accepts input data from keyboard
Performs arithmetic/logic function
None of above
Floppy Disk
CD-ROM
Hard Disk
None of these
Printer
Key board
Mouse
Arithmetic & Logic unit
One bit
Four bits
Eight bits
Sixteen bits