Sequence
Sentinel
SIO
Sibling
B. Sentinel
Doing quick mathematical calculations
Input, storage, manipulation and outputting of data
Electronic data processing
Performing repetitive tasks accurately
Switched mode Power Supply
Start mode power supply
Store mode power supply
Single mode power supply
John Napier
William Oughtred
Gottfried Leibnitz
Blaise Pascal
Time to spin the needed data under head
Time to spin the needed data under track
Time to spin data under sector
All of above
Accuracy
Reliability
Versatility
Automatic
Dot per sq. inch
Dots per inch
Dots printed per unit time
All of the above
Additional Terminals
Advance technology
Applied technology
Advanced terminology
Mainframe Computer
Mini Computers
Micro Computers
None of above
an embedded microprocessor
extensive memory
independent processing capability
a keyboard and screen
One bit
Four bits
Eight bits
Sixteen bits
Mainframe Computer
Mini Computers
Micro Computers
Super Computers
electronic computer
mechanical computer
electronic calculator
mechanical calculator
Memory
Buffer
Accumulator
Address
Infallible
Cheap
Powerful
Fast
Read/write leads
Sectors
Track
Lower surface
Wap Area Network
Wide Area Network
Wide Array Net
Wireless Area Network
tracks
sectors
cycles
rings
100
20
80
40
Input, output and processing
Control unit, primary storage, and secondary storage
Control unit, arithmetic-logic unit and primary storage
Control unit, processing, and primary storage
heaven
sky
earth
floor
Computer forensics
Computer crime
Hacking
Cracking
kilobyte
petabyte
terrabyte
gigabyte
Feasibility study, system design and testing
Implementation and documentation
Lexical Analysis, syntax analysis, and code generation
None of the above
putare
com
computa
computar
Floppy Disk
Tape
Network Drive
All of the above
An interpreter does the conversion line by line as the program is run
An interpreter is the representation of the system being designed
An interpreter is a general purpose language providing very efficient execution
None of the above
ENIAC
Mark-I
Analytic Engine
UNIVAC-1
IBM PCs used RISC CPU designs
Macintosh used CISC CPU design
IBM used CISC CPU design
None of above is true
IBM 1650
IBM 360
IBM 1130
IBM 2700
1880
1990
1944
None of above