Number of ways in which 'm' different toys can be distributed in 'n' children if every child may receive any number of toys, is

The number of ways in which 6 different toys can be distributed in two children if each child gets none one or more number of toys is also equal to

The number of ways in which 5 distinct toys can be distributed among 8 children is

The number of ways in which 5 distinct toys can be distributed among 8 children is

Number of ways in which 5 different toys can be distributed in 5 children if exactly one child does not get any toy is greater than

Number of ways in which 5 different toys can be distributed in 5 children if exactly one child does not get any toy is greater than

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.

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

The number of ways in which 7 distinct toys can be distributed among 3 children when each child is eligible to take all the toys is