Probability of throwing $16$ in one throw with three dice is
$\frac{1}{{36}}$
$\frac{1}{{18}}$
$\frac{1}{{72}}$
$\frac{1}{9}$
The sum of two positive numbers is $100$. The probability that their product is greater than $1000$ is
Three coins are tossed. Describe Three events which are mutually exclusive and exhaustive.
Three coins are tossed once. Let $A$ denote the event ' three heads show ', $B$ denote the event ' two heads and one tail show ' , $C$ denote the event ' three tails show and $D$ denote the event 'a head shows on the first coin '. Which events are simple ?
Consider the experiment of rolling a die. Let $A$ be the event 'getting a prime number ', $B$ be the event 'getting an odd number '. Write the sets representing the events $A$ and $B$
A die is thrown, find the probability of following events: A number greater than or equal to $3$ will appear.