In Boolean algebra- A - B - Y implies that of A and B is Y-Y exists when A exists or B exists or both A and B exist-Y exists only when A and B both exist-Y exists when A or B exist but not when both A and B exist-

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In Boolean algebra- A-B-Y implies that Y exists when A exists or B exists or both A and B exist-

In Boolean algebra, $A + B = Y$ implies that
sum of $A$ and $B$ is $Y$ .
$Y$ exists when $A$ exists or $B$ exists or both $A$ and $B$ exist.
$Y$ exists only when $A$ and $B$ both exist.
$Y$ exists when $A$ or $B$ exist but not when both $A$ and $B$ exist.

In Boolean algebra, $A + B = Y$ implies that $Y$ exists when $A$ exists or $B$ exists or both $A$ and $B$ exist.

In Boolean algebra, A+B=Y implies that sum of A and B is Y.Y exists when A exists or B exists or both A and B exist.Y exists only when A and B both exist.Y exists when A or B exist but not when both A and B exist.

In Boolean algebra, A+B=Y implies that Y exists when A exists or B exists or both A and B exist.

In Boolean algebra, $A + B = Y$ implies that
sum of $A$ and $B$ is $Y$ .
$Y$ exists when $A$ exists or $B$ exists or both $A$ and $B$ exist.
$Y$ exists only when $A$ and $B$ both exist.
$Y$ exists when $A$ or $B$ exist but not when both $A$ and $B$ exist.

In Boolean algebra, $A + B = Y$ implies that $Y$ exists when $A$ exists or $B$ exists or both $A$ and $B$ exist.