In Boolean algebra `A.B = Y` implies that :A. product of `A` and `B` is `Y`B. `Y` exists when `A` exists or `B` existsC. `Y` exists when both `A` and `B` exist but not when only `A` or `B` existsD. `Y` exists when `A` or `B` exists but not both `A` and `B` exist.

In Boolean algebra `A.B = Y` implies that :A. product of `A` and `B` i

1.	In Boolean algebra `A.B = Y` implies that :A. product of `A` and `B` is `Y`B. `Y` exists when `A` exists or `B` existsC. `Y` exists when both `A` and `B` exist but not when only `A` or `B` existsD. `Y` exists when `A` or `B` exists but not both `A` and `B` exist.
Answer» Correct Answer - C

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In Boolean algebra `A.B = Y` implies that :A. product of `A` and `B` is `Y`B. `Y` exists when `A` exists or `B` existsC. `Y` exists when both `A` and `B` exist but not when only `A` or `B` existsD. `Y` exists when `A` or `B` exists but not both `A` and `B` exist.

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