The number of ways of dividing $52$ cards amongst four players equally, are
$\frac{{52\;!}}{{{{(13\;!)}^4}}}$
$\frac{{52\;!}}{{{{(13\;!)}^2}\;4\;!}}$
$\frac{{52\;!}}{{{{(12\;!)}^4}\;(4\;!)}}$
None of these
How many numbers between $5000$ and $10,000$ can be formed using the digits $1, 2, 3, 4, 5, 6, 7, 8, 9$ each digit appearing not more than once in each number
If $^n{C_r} = {\,^n}{C_{r - 1}}$ and $^n{P_r}{ = ^n}{P_{r + 1}}$, then the value of $n$ is
If the number of five digit numbers with distinct digits and $2$ at the $10^{\text {th }}$ place is $336 \mathrm{k}$, then $\mathrm{k}$ is equal to
In a football championship, there were played $153$ matches. Every team played one match with each other. The number of teams participating in the championship is
The number of four-letter words that can be formed with letters $a, b, c$ such that all three letters occur is