The probability of a month of February having $5$ Mondays in a leap year is ............

Find the probability that there is a Sunday on $26$ January in any given year.

When a balanced die is thrown,find the probability of receiving a composite number.

Out of $700$ women in an area,$280$ are employed. Find the probability that a randomly selected woman from those women is employed.

Two dice are thrown simultaneously $500$ times. Each time the sum of two numbers appearing on their tops is noted and recorded as given in the following table:

Sum	Frequency
$2$	$14$
$3$	$30$
$4$	$42$
$5$	$55$
$6$	$72$
$7$	$75$
$8$	$70$
$9$	$53$
$10$	$46$
$11$	$28$
$12$	$15$

If the dice are thrown once more,what is the probability of getting a sum between $8$ and $12\,?$

The probability that a non-leap year should have $53$ Sundays is ............ (in $/7$)