Represent the circuit symbolically and write the input-output or switching table.

Express the following circuit in symbolic form:

Find the symbolic form of the following switching circuit. Construct its switching table and interpret your result.

Simplify the following switching circuit.

Find, and  draw simplified switching circuit for the following switching circuit.

Find the symbolic form of the following switching circuit, construct its switching table and interpret the result.

Construct the switching circuit of the following statements:

$\left(p\wedge ~q\wedge r\right)\vee \left[p\wedge \left(~q\vee ~r\right)\right]$

Construct switching circuits of the following statements. 

$\left(p\wedge q\wedge r\right)\vee \left[~p\vee \left(q\wedge ~r\right)\right]$

Check whether the following switching circuits are logically equivalent. Justify!

Represent the union of two sets by Venn diagram for each of the following.

$X=\{x | x$ is a prime number between $80$ and $100\}$

$Y=\{y | y$ is an odd number between $90$ and $100\}$

Find, symbolic form for the following circuit.

Simplify the given circuit by writing its logical expression. Also, write your conclusion. 

Represent the following circuits symbolically and write the input-output of switching table. 

Express the given circuits in symbolic form.

Construct switching circuits of the following statements. 

$\left[\left(p\wedge r\right)\vee \left(~q\wedge ~r\right)\right]\vee \left(~p\wedge ~r\right)$

Check whether the following switching circuits are logically equivalent. Justify!

Find, switching table  for the following circuit.

Give an alternative arrangement for the following circuit, so that the new circuit has two switches only. Also write the switching table.

Represent the following circuits symbolically and write the input-output of switching table. 

Represent the following circuits symbolically and write the input-output of switching table.