Find the number of ways in which 5 distinct balls can be distributed in three different boxes if no box remains empty.

Statement 1: let E={1,2,3,4}a n dF={a ,b}dot Then the number of onto functions from EtoFi s14. Statement 2: Number of ways in which four distinct objects can be distributed into two different boxes is 14 if no box remains empty.

Ten identical balls are distributed in 5 different boxes kept in a row and labeled A, B, C, D and E. The number of ways in which the ball can be distributed in the boxes if no two adjacent boxes remains empty

Find the number of ways in which n distinct objects can be kept into two identical boxes so that no box remains empty is

Find the total number of way in which n distinct objects can be put into two different boxes

Number of ways in which 6 distinct objects can be kept into two identical boxes so that no box remains empty is

Find the number of ways in which 13 identical apples can be distributed among 3 persons so that no two persons receive equal number of apples and each can receive any number of apples.

n different toys have to be distributed among n children. Find the number of ways in which these toys can be distributed so that exactly one child gets no toy.

The number of ways in which 11 identical pencils can be distributed among 6 kids each receiving atleast one is

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.