Given the truth function implementation (circuit diagram), identify the minterms in the function's truth table by selecting the all the relevant terms from the list of minterms provided. (You need to select more than one answer) This is a 4 Variable problem with the truth function E(A, B, C, D) A' B A' C' F в C' B' 1 3 4 6. 7 5

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**Circuit Diagram Analysis**

This educational exercise involves analyzing a circuit diagram to identify the minterms in a truth function's truth table. The task requires selecting all the relevant terms from the provided list of minterms. The function is a 4-variable problem, defined as \( F(A, B, C, D) \).

**Diagram Breakdown:**

- The diagram features five AND gates and one OR gate.
- The inputs for the AND gates are as follows:
  - First AND gate: \( A', B \)
  - Second AND gate: \( A', C' \)
  - Third AND gate: \( B, C' \)
  - Fourth AND gate: \( B', A, C \)
- The outputs from these AND gates are fed into the OR gate, which produces the final output \( F \).

**Checklist of Minterms:**

The minterms that can be selected for this function are listed with checkboxes. Those checked indicate the relevant minterms based on the circuit implementation:

- [x] 0
- [x] 1
- [ ] 2
- [ ] 3
- [x] 4
- [x] 5
- [x] 6
- [x] 7

**Explanation:**

The checked minterms (0, 1, 4, 5, 6, 7) correspond to the input combinations that make the output \( F \) true according to the logic presented in the circuit diagram.
Transcribed Image Text:**Circuit Diagram Analysis** This educational exercise involves analyzing a circuit diagram to identify the minterms in a truth function's truth table. The task requires selecting all the relevant terms from the provided list of minterms. The function is a 4-variable problem, defined as \( F(A, B, C, D) \). **Diagram Breakdown:** - The diagram features five AND gates and one OR gate. - The inputs for the AND gates are as follows: - First AND gate: \( A', B \) - Second AND gate: \( A', C' \) - Third AND gate: \( B, C' \) - Fourth AND gate: \( B', A, C \) - The outputs from these AND gates are fed into the OR gate, which produces the final output \( F \). **Checklist of Minterms:** The minterms that can be selected for this function are listed with checkboxes. Those checked indicate the relevant minterms based on the circuit implementation: - [x] 0 - [x] 1 - [ ] 2 - [ ] 3 - [x] 4 - [x] 5 - [x] 6 - [x] 7 **Explanation:** The checked minterms (0, 1, 4, 5, 6, 7) correspond to the input combinations that make the output \( F \) true according to the logic presented in the circuit diagram.
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