Question
The diagram below shows a circuit composed of three logic gates. Each gate takes two inputs and produces a single output.
Question
29
Mark for Review
For which of the following input values will the circuit have an output of ?
Option A,Image with alt text: A equals true, B equals false, C equals false, D equals false
Option B,Image with alt text: A equals true, B equals true, C equals false, D equals false
Option C,Image with alt text: A equals false, B equals false, C equals true, D equals true
Question
29
Mark for Review
For which of the following input values will the circuit have an output of ?
Option A,Image with alt text: A equals true, B equals false, C equals false, D equals false
Option B,Image with alt text: A equals true, B equals true, C equals false, D equals false
Option C,Image with alt text: A equals false, B equals false, C equals true, D equals true
Answers
Answered by
GPT-4o mini
To determine the output of the circuit with the given input values, we need to know how the logic gates in the circuit are configured. Since you didn't provide the specifics of the circuit layout, the types of logic gates (AND, OR, NOT, etc.), or the connections between them, I'll explain how you could analyze the circuit based on the logic gates.
1. **Identify the Logic Gates**: Check each gate in the circuit and what type it is (AND, OR, NOT, etc.).
2. **Evaluate the Input Combinations**: For each option (A, B, and C), plug in the values of A, B, C, and D into the respective gates following the logic rules:
- **AND Gate**: Output is true if both inputs are true.
- **OR Gate**: Output is true if at least one input is true.
- **NOT Gate**: Output is the inverse of the input (true becomes false, false becomes true).
3. **Track the Outputs**: Start from the inputs, moving to the first gate, and then to the next, until you reach the final output of the circuit.
Since I cannot physically see the diagram and the specific gates used in your circuit, I cannot provide a definitive answer. If you can describe the configuration and types of gates in detail, I can help you evaluate the options more accurately.
1. **Identify the Logic Gates**: Check each gate in the circuit and what type it is (AND, OR, NOT, etc.).
2. **Evaluate the Input Combinations**: For each option (A, B, and C), plug in the values of A, B, C, and D into the respective gates following the logic rules:
- **AND Gate**: Output is true if both inputs are true.
- **OR Gate**: Output is true if at least one input is true.
- **NOT Gate**: Output is the inverse of the input (true becomes false, false becomes true).
3. **Track the Outputs**: Start from the inputs, moving to the first gate, and then to the next, until you reach the final output of the circuit.
Since I cannot physically see the diagram and the specific gates used in your circuit, I cannot provide a definitive answer. If you can describe the configuration and types of gates in detail, I can help you evaluate the options more accurately.