$(\sim (\sim p)) \wedge q$ is equal to .........

Consider the following statements:
Statement $I$: If a quadrilateral $ABCD$ is a square,then all of its sides are equal.
Statement $II$: If all the sides of a quadrilateral $ABCD$ are equal,then $ABCD$ is a square.
Then:

For each of the following statements,determine whether an inclusive "Or" or exclusive "Or" is used. Give reasons for your answer.
To enter a country,you need a passport or a voter registration card.

The negation of the statement "If $5 < 7$ and $7 > 2$,then $5 > 2$" is

The Boolean expression $\sim (p \Rightarrow (\sim q))$ is equivalent to

Let $p$: $A$ man is a judge.
$q$: He is honest.
The inverse of $p \rightarrow q$ is