If $12$ identical balls are to be placed in $3$ identical boxes, then the probability that one of the boxes contains exactly $3$ balls is :
$22{\left( {\frac{1}{3}} \right)^{11}}$
$\frac{{55}}{3}{\left( {\frac{2}{3}} \right)^{11}}$
$55{\left( {\frac{2}{3}} \right)^{10}}$
$220{\left( {\frac{1}{3}} \right)^{12}}$
If $4 \,-$ digit numbers greater than $5,000$ are randomly formed from the digits $0,\,1,\,3,\,5,$ and $7,$ what is the probability of forming a number divisible by $5$ when, the digits are repeated ?
A bag contains $8$ black and $7$ white balls. Two balls are drawn at random. Then for which the probability is more
From a group of $7$ men and $4$ ladies a committee of $6$ persons is formed, then the probability that the committee contains $2$ ladies is
The probability of getting either all heads or all tails for exactly the second time in the $3^{rd}$ trial, if in each trial three coins are tossed, is
If four persons are chosen at random from a group of $3$ men, $2$ women and $4 $ children. Then the probability that exactly two of them are children, is