The gate that is commonly used to implement binary addition in digital circuits is the XOR gate.

Here's a step-by-step explanation:

1. In binary addition, if you have two bits, there are four possible combinations: 00, 01, 10, and 11.

2. If you add these bits together, you get the following results: 00+00=00, 00+01=01, 01+00=01, and 01+01=10.

3. If you look at the results, you'll see that the sum of the two bits is the same as the output of an XOR gate.

4. For example, XOR gives a result of 0 if both inputs are the same (00 or 11) and a result of 1 if the inputs are different (01 or 10).

5. Therefore, the XOR gate is commonly used to implement binary addition in digital circuits.

Question

The gate that is commonly used to implement binary addition in digital circuits is the XOR gate.

Here's a step-by-step explanation:

1. In binary addition, if you have two bits, there are four possible combinations: 00, 01, 10, and 11.

2. If you add these bits together, you get the following results: 00+00=00, 00+01=01, 01+00=01, and 01+01=10.

3. If you look at the results, you'll see that the sum of the two bits is the same as the output of an XOR gate.

4. For example, XOR gives a result of 0 if both inputs are the same (00 or 11) and a result of 1 if the inputs are different (01 or 10).

5. Therefore, the XOR gate is commonly used to implement binary addition in digital circuits.

Knowee AI · Accepted Answer

The gate that is commonly used to implement binary addition in digital circuits is the XOR gate.

Here's a step-by-step explanation:

1. In binary addition, if you have two bits, there are four possible combinations: 00, 01, 10, and 11.

2. If you add these bits together, you get the following results: 00+00=00, 00+01=01, 01+00=01, and 01+01=10.

3. If you look at the results, you'll see that the sum of the two bits is the same as the output of an XOR gate.

4. For example, XOR gives a result of 0 if both inputs are the same (00 or 11) and a result of 1 if the inputs are different (01 or 10).

5. Therefore, the XOR gate is commonly used to implement binary addition in digital circuits.

Which gate is commonly used to implement binary addition in digital circuits?Question 8Answera.AND gateb.OR gatec.XOR gated.NOT gate