Which of the following is the most powerful type of the computer
note!Answer: D) super computer
Supercomputers are the most powerful class of computers for very large computations.
कम्प्युटरको आधारभूत ज्ञान
note!Answer: D) super computer
Supercomputers are the most powerful class of computers for very large computations.
note!Answer: D) application software
Application software is designed to meet specific user tasks such as payroll or word processing.
note!Answer: B) line printer
A printer produces a hardcopy (printed paper output); a line printer is a classic example.
note!Answer: D) output device
Output devices present processed results in a human-readable form, such as screens or printers.
note!Answer: B) storage
Memory is a storage component that holds data and instructions.
note!Answer: A) object
A program already in machine code, ready to execute, is called an object program.
note!Answer: B) LSI chips
Modern computers use LSI/VLSI integrated circuit chips, not vacuum tubes or cores.
note!Answer: A) byte
8 bits form one byte; a nibble is 4 bits.
note!Answer: D) program
General-purpose computers are versatile because their behavior is set by the program they run.
note!Answer: A) C̄ + AB̄
(A+C')(B'+C') = AB' + AC' + B'C' + C' = C' + AB' by absorption.
note!Answer: A) 0.625
0.101 in binary = 1/2 + 0/4 + 1/8 = 0.5 + 0.125 = 0.625.
note!Answer: A) Semiconductor memory
Semiconductor memory is primary (main) memory, while disks, drums and tapes are secondary storage devices.
note!Answer: B) bus
A bus is a shared set of wires that connects several devices and carries data, address and control signals.
note!Answer: A) a device which is not connected to CUP
An offline device is not directly connected to, or under the control of, the CPU.
note!Answer: A) CPU
The CPU operates at electronic speeds, far faster than magnetic media, terminals, or mechanical devices.
note!Answer: B) random access memory
In random access memory any location can be reached in about the same short time once its address is given.
note!Answer: C) memory data register
The Memory Data Register (MDR) holds the data being written to or read from the addressed memory location.
note!Answer: D) program counter
The program counter stores the address of the next instruction to be fetched and executed.
note!Answer: D) register
The accumulator is a special-purpose register that holds operands and results of arithmetic and logic operations.
note!Answer: D) both b and c
Magnetic tapes, disks and magnetic bubble memories retain data without power, so they are non-volatile.