Find the number of ways in which `n` different prizes can be distributed among `m(< n)` persons if each is entitled to receive at most `n-1` prizes.

The number of ways in which 5 different prizes can be distributed amongst 4 persons if each is entitled to receive at most 4 prizes is:

The number of ways in which 5 different prizes can be distributed amongst 4 persons if each is entitled to receive at most 4 prizes is:

Number of ways in which n different prizes can be distributed among m-persons (m lt n) if each is entitled to receive atmost (n-1) prizes is

Number of ways in which n different prizes can be distributed among m-persons (m lt n) if each is entitled to receive atmost (n-1) prizes is

If the number of ways in which n different things can be distributed among n persons so that at leastone person does not get any thing is 232. Then n is equal to

Find the number of ways in which five identical balls can be distributed among ten boxes, if not more than one can go into a box.

Find the number of ways in which five identical balls can be distributed among ten identical boxes, if not more than one can go into a box.

Find the number of ways in which 8 distinct toys can be distributed among 5 children.

Find the number of ways in which 8 distinct toys can be distributed among 5 children.