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Mathematics 12 Online
OpenStudy (anonymous):

If the statement, "If I am hungry, then I am not happy," is assumed to be true, is its inverse, "If I am not hungry, then I must be happy," also always true?

OpenStudy (lulubj):

how is this math?

OpenStudy (mathmate):

@lulubj it's mathematical logic.

OpenStudy (lulubj):

Well then No because the correlation is not causation

OpenStudy (lulubj):

Also because statements that are true do not necessarily have true converses. We know that the person is always unhappy when they are hungry, but nothing in the sentence guarantees that if the person will always be happy when no longer hungry.

OpenStudy (mathmate):

@xjessiix33 If a -> b is true, then its converse if b->a, which is not equivalent to a->b. a->b \(\equiv\) ~b -> ~a (its contrapositive).

OpenStudy (mathmate):

If statement P: "If I am hungry, then I am not happy," is assumed to be true, its converse, "If I am not hungry, then I must be happy," \(not\) always true. But contrapositive "If I am happy, then I am not hungry" is always true if P is true.

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