You are given a digital logic circuit that consists of an AND gate, an OR gate, and a NOT gate. If the input A is 1 and the input B is 0, determine the output values for each gate in the circuit.
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To determine the output values for each gate in the circuit, we need to know the specific logic operations being performed by each gate.
1. AND Gate: The AND gate takes two binary inputs and produces a HIGH output (1) only if both the inputs are HIGH (1). Otherwise, it produces a LOW output (0).
2. OR Gate: The OR gate takes two binary inputs and produces a HIGH output (1) if at least one of the inputs is HIGH (1). It produces a LOW output (0) only if both the inputs are LOW (0).
3. NOT Gate: The NOT gate takes a single binary input and inverts it, producing a HIGH output (1) when the input is LOW (0), and producing a LOW output (0) when the input is HIGH (1).
Given the inputs A=1 and B=0, we can calculate the output for each gate as follows:
1. AND Gate: The output of the AND gate is determined by the logical AND operation between its inputs A and B. A=1 and B=0, therefore the output of the AND gate will be 0.
2. OR Gate: The output of the OR gate is determined by the logical OR operation between its inputs A and B. A=1 and B=0, therefore the output of the OR gate will be 1.
3. NOT Gate: The output of the NOT gate is determined by inverting its input. In this case, the input is B=0, so the output of the NOT gate will be 1.
Thus, the output values for each gate in the circuit are as follows:
AND Gate: 0
OR Gate: 1
NOT Gate: 1
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