Solve the Problem$$\text { If } n ( A ) = 40 , n ( B ) = 33 \text {, and } n ( A \cap B ) = 10 \text {, find } n ( A \cup B ) \text {. }$$

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Solve the Problem $\text { If } n ( A ) = 40 , n ( B ) = 33 \text {, and } n ( A \cap B ) = 10 \text {, find } n ( A \cup B ) \text {. }$

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Solve the Problem If n(A)=40,n(B)=33, and n(A∩B)=10, find n(A∪B). \text { If } n ( A ) = 40 , n ( B ) = 33 \text {, and } n ( A \cap B ) = 10 \text {, find } n ( A \cup B ) \text {. } If n(A)=40,n(B)=33, and n(A∩B)=10, find n(A∪B).

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Solve the Problem $\text { If } n ( A ) = 40 , n ( B ) = 33 \text {, and } n ( A \cap B ) = 10 \text {, find } n ( A \cup B ) \text {. }$

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