The negation of the inverse of $\sim p \rightarrow q$ is

The inverse of the proposition $(p \wedge \sim q) \Rightarrow r$ is

Write the following statement in the form of "if-then":
To get an $A^{+}$ in the class,it is necessary that you do all the exercises of the book.

If the Boolean expression $(p \oplus q) \wedge (\sim p \Theta q)$ is equivalent to $p \wedge q$,where $\oplus, \Theta \in \{\wedge, \vee\}$,then the ordered pair $(\oplus, \Theta)$ is:

Write the following statement in the form "if $p$,then $q$":
$p$: It is necessary to have a password to log on to the server.

Write the negation of the following statement and check whether the resulting statement is true:
Australia is a continent.