The given Boolean expression Y = CD + EF + G can be realized using 3 AND gates. Here's how:

1. The first AND gate is used to realize the product term CD.
2. The second AND gate is used to realize the product term EF.
3. The third AND gate is not explicitly mentioned in the expression, but it is required to realize the sum term CD + EF + G. This is because the sum term can be considered as a product of its complement terms.

So, the correct answer is a. 3 AND gates are required to realize the given Boolean expression.

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The given Boolean expression Y = CD + EF + G can be realized using 3 AND gates. Here's how:

1. The first AND gate is used to realize the product term CD.
2. The second AND gate is used to realize the product term EF.
3. The third AND gate is not explicitly mentioned in the expression, but it is required to realize the sum term CD + EF + G. This is because the sum term can be considered as a product of its complement terms.

So, the correct answer is a. 3 AND gates are required to realize the given Boolean expression.

Knowee AI · Accepted Answer

The given Boolean expression Y = CD + EF + G can be realized using 3 AND gates. Here's how:

1. The first AND gate is used to realize the product term CD.
2. The second AND gate is used to realize the product term EF.
3. The third AND gate is not explicitly mentioned in the expression, but it is required to realize the sum term CD + EF + G. This is because the sum term can be considered as a product of its complement terms.

So, the correct answer is a. 3 AND gates are required to realize the given Boolean expression.

How many AND gates are required to realize Y = CD + EF + G?a.3b.5c.4d.2

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