Number of elements in each of the universal set, set A and set B are represented as n(U), n(A), n(B) respectively. The number of elements that are not in set A and not in set B is given by

n(A^I U B^I)

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n(A ∩ B)^I

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n(U) - n(A ∩ B)

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n(U) - n(A U B)

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Solution

The correct option is D
n(U) - n(A U B)

No of elements not in set A and not in set B is represented in set notation as A^I ∩ B^I.

So, n(A^I ∩ B^I) = n(A U B)^I

= n(U) - n(A U B)

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Number of elements in each of the universal set, set A and set B are represented as n(U), n(A), n(B) respectively. The number of elements that are not in set A and not in set B is given by

The correct option is D n(U) - n(A U B) No of elements not in set A and not in set B is represented in set notation as AI ∩ BI. So, n(AI ∩ BI) = n(A U B)I = n(U) - n(A U B)

The correct option is D
n(U) - n(A U B)

No of elements not in set A and not in set B is represented in set notation as A^I ∩ B^I.

So, n(A^I ∩ B^I) = n(A U B)^I

= n(U) - n(A U B)