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Part A: Design and wire a circuit to implement the Boolean
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Part A: Design and wire a circuit to implement the Boolean expression C (x, y, z) = ?m (3, 5, 6, 7) using an 8-to-1 multiplexer (TTL Part 74LS151). Here, C stands for carry bit. Verify the operation by checking allinput combinations in the Boolean function's truth table.

Part B: Implement the function C (x, y, z) from Part A using only a 4-to-1 multiplexer (TTL Part 74LS153).You are not allowed to use any other logic gates.

Part C: Design a logic circuit that accepts two 3-bit numbers and generates different 2-bit outputs basedon the scenarios below. In your report, include a table indicating which scenario each output value corresponds to.

1. The 3-bit binary number a2a1a0 is greater than the other binary number b2b1b0.

2. The 3-bit binary number a2a1a0 is less than the other binary number b2b1b0.

3. The 3-bit binary number a2a1a0 is equal to the other binary number b2b1b0.

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This question was answered on: Feb 21, 2020

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