$\sim (p \vee q)$ is equal to
$\sim p\; \vee \sim q$
$\sim p\; \wedge \sim q$
$\sim p \vee q$
$p\; \vee \sim q$
The conditional $(p \wedge q) ==> p$ is
When does the current flow through the following circuit
The negation of the statement $''96$ is divisible by $2$ and $3''$ is
Negation of statement "If I will go to college, then I will be an engineer" is -
The statement $(\sim( p \Leftrightarrow \sim q )) \wedge q$ is :