To determine the gate that must be interposed between the cascaded stages of a parallel binary adder/half adder comprising full adders for transmission purpose of carry to the next stage, we need to analyze the options provided:

a. AND gate: An AND gate outputs a high signal only when all of its inputs are high. In the context of a carry transmission, an AND gate would not be suitable as it would require all inputs to be high in order to propagate the carry.

b. EXOR gate: An EXOR gate outputs a high signal when the number of high inputs is odd. In the case of a carry transmission, an EXOR gate would not be appropriate as it does not guarantee the propagation of the carry to the next stage.

c. NOT gate: A NOT gate, also known as an inverter, simply negates the input signal. In the context of a carry transmission, a NOT gate would not be suitable as it does not provide the necessary logic to propagate the carry.

d. OR gate: An OR gate outputs a high signal if any of its inputs are high. In the case of a carry transmission, an OR gate is the appropriate choice as it allows the carry to be propagated to the next stage if any of the inputs are high.

Therefore, the correct answer is option d. OR gate.

Question

To determine the gate that must be interposed between the cascaded stages of a parallel binary adder/half adder comprising full adders for transmission purpose of carry to the next stage, we need to analyze the options provided:

a. AND gate: An AND gate outputs a high signal only when all of its inputs are high. In the context of a carry transmission, an AND gate would not be suitable as it would require all inputs to be high in order to propagate the carry.

b. EXOR gate: An EXOR gate outputs a high signal when the number of high inputs is odd. In the case of a carry transmission, an EXOR gate would not be appropriate as it does not guarantee the propagation of the carry to the next stage.

c. NOT gate: A NOT gate, also known as an inverter, simply negates the input signal. In the context of a carry transmission, a NOT gate would not be suitable as it does not provide the necessary logic to propagate the carry.

d. OR gate: An OR gate outputs a high signal if any of its inputs are high. In the case of a carry transmission, an OR gate is the appropriate choice as it allows the carry to be propagated to the next stage if any of the inputs are high.

Therefore, the correct answer is option d. OR gate.

Knowee AI · Accepted Answer

To determine the gate that must be interposed between the cascaded stages of a parallel binary adder/half adder comprising full adders for transmission purpose of carry to the next stage, we need to analyze the options provided:

a. AND gate: An AND gate outputs a high signal only when all of its inputs are high. In the context of a carry transmission, an AND gate would not be suitable as it would require all inputs to be high in order to propagate the carry.

b. EXOR gate: An EXOR gate outputs a high signal when the number of high inputs is odd. In the case of a carry transmission, an EXOR gate would not be appropriate as it does not guarantee the propagation of the carry to the next stage.

c. NOT gate: A NOT gate, also known as an inverter, simply negates the input signal. In the context of a carry transmission, a NOT gate would not be suitable as it does not provide the necessary logic to propagate the carry.

d. OR gate: An OR gate outputs a high signal if any of its inputs are high. In the case of a carry transmission, an OR gate is the appropriate choice as it allows the carry to be propagated to the next stage if any of the inputs are high.

Therefore, the correct answer is option d. OR gate.

Which gate must be interposed between the cascaded stages of a parallel binary adder/ half adder comprising full adders for transmission purpose of carry to the next stage?a.ANDb.EXORc.NOTd.OR

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