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Questions and Answers
Q1. How many inputs and outputs does the combinational circuit have?
Q1. How many inputs and outputs does the combinational circuit have?
- 2 inputs, 3 outputs
- 3 inputs, 2 outputs
- 3 inputs, 3 outputs (correct)
- 2 inputs, 2 outputs
Q2. What is the value of output A when the binary input is (6)10?
Q2. What is the value of output A when the binary input is (6)10?
- 4
- 3
- 6
- 5 (correct)
Q3. What is the value of output B when the binary input is (5)10?
Q3. What is the value of output B when the binary input is (5)10?
- 3
- 1 (correct)
- 2
- 4
Q4. What is the value of output C when the binary input is (2)10?
Q4. What is the value of output C when the binary input is (2)10?
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Q5. What is the value of Z when X=0 and Y=1?
Q5. What is the value of Z when X=0 and Y=1?
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Study Notes
Combinational Circuit Overview
- Combinational circuits have multiple inputs and outputs that determine output values based on current input values without storing past input states.
Output Values Based on Binary Inputs
- For an input of (6)10 in binary, the output A needs to be determined based on the circuit's specific logic.
- For an input of (5)10 in binary, the output B also requires evaluation against the circuit's defined behavior.
- For an input of (2)10 in binary, output C is derived from the logic of the combinational circuit.
Specific Output Calculation
- The output Z can be calculated according to the values of X and Y. With X=0 and Y=1, the output Z is determined by the logic gate or function set in the combinational circuit.
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