Write the truth table for circuit given in Fig. 14.38 below consisting of NOR gates and identify the logic operation (OR, AND, NOT) which this circuit is performing.

(Hint: A = 0, B = 1 then A and B inputs of second NOR gate will be 0 and hence Y=1. Similarly work out the values of Y for other combinations of A and B. Compare with the truth table of OR, AND, NOT gates and find the correct one.)

Write the truth table for circuit given in Fig. 14.47 below consisting of NOR gates and identify the logic operation (OR, AND, NOT) which this circuit is performing.

Write the truth table for circuit given in figure below consisting of NOR gates and identify the logic operation (OR , AND , NOT) which this circuit is performing . (Hint : A = 0 , B = 1 , then A and B inputs of second NOR gate will be 0 and hence Y = 1 . Similarly work out the values of Y for other combination of A and B . Compare with the truth table of OR , AND , NOT gates and first the correct one .)

Write the truth table for circuit given in Fig.below consisting of NOR gates and identify the logic operation (OR, AND and NOT) which this circuit is performing.

Write the truth table for circuit given in Fig.below consisting of NOR gates and identify the logic operation (OR, AND and NOT) which this circuit is performing.

Write the truth table for circuit given in figure below consisting of NOR gates and identify the logic operation (OR, AND, NOT) which this circuit is performing.

Write the truth table for circuit given in figure, below consisting of NOR gates and identify the logic operation( OR,AND,NOT) which this circuit is performing.

Write the truth table for the circuit given in Fig., consisting of NOR gates only. Identify the logic operations (OR, AND, NOT) performed by two circuits.

Write the truth table for the circuit given in Fig., consisting of NOR gates only. Identify the logic operations (OR, AND, NOT) performed by two circuits.

Write the truth table for the circuit given in Fig., consisting of NOR gates only. Identify the logic operations (OR, AND, NOT) performed by two circuits.