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(A) The inverse of the conditional statement $p 	o (\sim q \wedge \sim r)$ is given by $\sim p 	o \sim(\sim q \wedge \sim r)$.Using De Morgan's Law,

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$F, F, F$

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(A) The inverse of the conditional statement $p 	o (\sim q \wedge \sim r)$ is given by $\sim p 	o \sim(\sim q \wedge \sim r)$.Using De Morgan's Law,this simplifies to $\sim p 	o (q \vee r)$.$A$ conditional statement is false only when the antecedent is true and the consequent is false.Therefore,$\sim p \equiv T$ and $(q \vee r) \equiv F$.From $\sim p \equiv T$,we get $p \equiv F$.From $(q \vee r) \equiv F$,both $q$ and $r$ must be false,so $q \equiv F$ and $r \equiv F$.Thus,the truth values are $p \equiv F, q \equiv F, r \equiv F$.

If the inverse of the conditional statement $p \to (\sim q \wedge \sim r)$ is false,then the respective truth values of the statements $p, q,$ and $r$ are:

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