- (A) Base 10
- (B) Base 16
- (C) Base8
- (D) Base 3
Electrical Engineering Mcqs
- (A) it is used by everybody
- (B) any logic function can be realized by NAND gates alone
- (C) all the minization techniques are applicable for optimum NAN
- (D) gate realization
- (A) floating point hardware is costly
- (B) it is slower than software
- (C) it is not possible to perform floating point addition by hardware
- (D) of no specific reason.
- (A) 3 V
- (B) 8 V
- (C) 6 V
- (D) 7 V
- (A) Limit the maximum emitter current
- (B) Provide base-emitter bias
- (C) Limit the change in emitter current
- (D) None of the above
- (A) Weighted code
- (B) Cyclic redundancy code
- (C) Self-complementing code
- (D) Algebraic code
- (A) 1 at any input causes the output to be at logic 1
- (B) 1 at any input causes the output to be at logic 0
- (C) 0 any input causes the output to be at logic 0
- (D) 0 at any input causes the output to be at logic 1
- (A) an astable MV
- (B) a bistable MV
- (C) a latch
- (D) a monostable MV
- (A) all the inputs to the gates are “1”
- (B) all the inputs are ‘0’
- (C) either of the inputs is “1”
- (D) all the inputs and outputs are complemented
- (A) have lower fabrication area
- (B) can be used to make any gate
- (C) consume least electronic power
- (D) provide maximum density in a chip

