Construct the logic circuit for X = AB(B’+C).

Create the logic circuit design in Logic.ly 1. X= AB + BC(B+C) 2. X=(A+B) C+A (B+C)

A LOGIC CIRCUIT SUBTRACTS TWO SIGNED FOUR BIT NUMBERS A=A3A2A1A0 AND B=B3B2B1B0 BY CALAULATING A-B. THE CIRCUIT HAS TWO OUPUTS (Y AND Z) AND OPERATES AS FOLLOWS; IF A=B OUTPUT Z=0 OTHERWISE IT IS ONE IF A<B OUTPUT Y=0 IF A>B OUTPUT Y=1

Question : see the attached picture Please write a logical function for the following circuit and then construct a truth table. Implement the circuit using only the minimum possible IC SN74LS00. Check that your table matches the output of the circuit you created.

A 4-to-1 multiplexer is defined by the following symbol and truth table. f Si So S1 So 0 0 0 1 Wo Wo W1 W1 1 W2 W2 1 1 W3 W3 A logic circuit is implemented as below. The logic function f is the function of x1 and x0. Write the function f expression. Xo X1 So Wo f 1 W1 W2 W3 1

For the logic circuit shown below you are given the values for A, B, C, and D.  Fill in the correct values for Q, R, S and X.  You should fill in your answer either with 1 or 0. A = 1 B = 0 C = 1 D = 1 Q =  R =  S =  X =

Design a combinational circuit that accepts a two-bit unsigned number, A and B such that the output, F = A plus B. Note that AB = 112 will never occur. Draw a schematic using logic gates. Show all steps clearly.