Boolean Algebra

What will be the input of $A$ and $B$ for the Boolean expression $\left(\overline{A+B}\right)·\left(\overline{A·B}\right)=1$?

What is the use of De Morgan's theorem?

The value of $A·B+\overline{A}+A$ is

The output $Y$ of the given logic circuit is,

Output $C$ of the network shown is:-

What is the Boolean equation for the figure?

In the given circuit, the binary inputs at $A$ and $B$ are both $1$ in one case and both $0$ in the next case. The respective outputs at $Y$ in these two cases will be

In the LOGIC gate circuit, if the value of output $\left(R\right)$ be $1$ then the inputs $X$ and $Y$ can be.

Select the output $Y$ of the combination of gates shown in figure for inputs $A=1,B=0;A=1,B=1$ and $A=0,B=0$ respectively.

What will be the input of $A$ and $B$ for Boolean expression?

$\left(\overline{A+B}\right)·\left(\overline{A·B}\right)=1$

For given logic diagram, output $F=1$, then inputs are

The diagram of a logic circuit is given below. The output $A$ of the circuit is represented by

The circuit is equivalent to

Which one of the entries given in the truth table is true for the following logic circuit?

Sum of the two binary numbers ${\left(100010\right)}_2$ and ${\left(11011\right)}_2$ is

The Binary Coded Decimal (BCD) equivalent of 429 is

The truth table for the following logic circuit is

The circuit diagram shows a logic combination with the states of output $X$, $Y$ and $Z$ given for inputs $P$, $Q$, $R$ and $S$ all at state $1$. When inputs $P$ and $R$ change to state 0 with inputs $Q$ and $S$ still at $1$, the states of outputs $X$, $Y$ and $Z$ change to

In the following circuit Y is