Construct a circuit diagram for the following Boolean Function
`(BC+A)(A'B'+C')+A'B'C'`
Using laws of Boolean Algebra, simplify the function and draw the simplified circuit.

If A,B and C are the elements of Boolean algebra, simplify the expression (A'+B') (A+C')+B' (B+C). Draw the simplified circuit.

P,Q and R represent switches in on position and P',Q' and R' represent switches in off position. Construct a switching circuit representing the polynomial PR+Q(Q'+R)(P-: QR) . Using Boolean Algebra, simplify the polynomial expression and construct the simplified circuit

A, B and C represent switches in 'on' position and A', B' and C' represent them in 'off' position. Construct a switching circuit representing the polynomial ABC + AB'C + A'B'C. Using Boolean Algebra, prove that the given polynomial can be simplified to C (A + B'). Construct an equivalent switching circuit.

Simplify the following (a-b) (c-d)

Write the Boolean function coresponding to the switching circuit given below: A, B and C represent switches in 'on' position and A', B' and C' represent them in 'off' position. Using Boolean algebra, simplify the function and construct an equivalent switching circuit.

Draw a circuit diagram of a full-wave rectifier. Explain its working principle. Draw the input/output wave forms indicating clearly the function of the two diode used.

Draw a circuit diagram of a full-wave rectifier. Explain its working principle. Draw the input/output wave forms indicating clearly the function of the two diode used.

Simplify the following 3.6a^(3)b^(2)c div 1.2 ab^(2)c^(3)

Observe the below diagram . Identify the option suggesting the correct functions of A , B and C

(a) Draw the circuit diagram of reversed bias p-n junction. (b). Draw the output wavefrom across diode in given circuit. (c). Draw the truth table for the given logic gate.