Universal Gates Exercise: Redraw the below logic diagram. The new circuit have to consist of AND and OR symbols. Develop the output expression for the new circuit. G3 B G2 C G1 D G5 E G4

b) Prove: (A + B)(A + C) = A + B.C c) Draw the logic diagram after simplifying the above expression using gates with truth table.

Write the logic expression that represents the output of the following circuit as a function of its inputs. (Do not simplify your expression). OUT Use logic rules to simplify your expression. Show each step and state the law of logical equivalence that are applying at each step. Draw the circuit corresponding to your simplified expression.

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Q1: Given the logic circuit bellow, implement each of the following: - (2 degree for each) 1- Starting from the input side and writing output expression for each of the gates. 2- Identify a Boolean expression. 3- Show the behavior of the logic circuit with a truth table. 4- 5- L

A B с I Out Write a boolean expression for the circuit shown above. (Note: Do not simplify it.) Write the simplified boolean expression for the circuit based on the truth table.

Hello. I am having trouble with a study question for my Digital Circuits Class. Would be able to please help me with this if you could? Thank You.

The following logic circuit has four inputs A, B, C, and D. Write the Boolean expression for X. Can we simplify it?

13. Give the Boolean expression for the following circuit diagram. A

What is the State Equations of the following Circuit: A T T B R CLK reset