A 00 O D A correct logic expression for Figure 5-2 is X= (AB)(AC + CD) X=A'BC +AC'D X = ABC'(C'BD) X = (AB)(AC'CD) Figure 5-2 p
A 00 O D A correct logic expression for Figure 5-2 is X= (AB)(AC + CD) X=A'BC +AC'D X = ABC'(C'BD) X = (AB)(AC'CD) Figure 5-2 p
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
Transcribed Image Text:**Explanation of Figure 5-2: Logic Circuit Diagram**
The diagram in Figure 5-2 illustrates a logic circuit consisting of multiple logic gates:
1. **Inputs:**
- There are four inputs labeled as A, B, C, and D.
2. **Logic Gates:**
- The first gate is a NOT gate, which inverts input A, resulting in A'.
- The second gate is an AND gate, combining A' and B.
- The NOT operation is also applied to input D using another NOT gate to produce D'.
- The output from the AND gate and the results of a separate AND operation between C and D' are inputs to an OR gate.
- Finally, the output from the OR gate is directed into another AND gate with another input B, leading to the output X.
**Diagram Description:**
- **NOT Gates:**
- A is inverted to A'.
- D is inverted to D'.
- **AND Gates:**
- A' and B are inputs to the first AND gate.
- C and D' are inputs to the second AND gate.
- The outputs of these AND gates are inputs to the OR gate.
- **OR Gate:**
- Takes the outputs from both AND gates and combines them.
- **Final AND Gate:**
- Takes the output from the OR gate and combines it with B to produce output X.
**Question and Options:**
A correct logic expression for Figure 5-2 is:
- ○ X = (A'B)(AC + C'D)
- ○ X = A'BC + AC'D
- ○ X = ABC'(CBD)
- ○ X = (A'B)(AC'D)
The correct expression captures the operations performed by the logic gates in the diagram.
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