The number of ways in which thirty five apples can be distributed among 3 boys so that each can have any number of apples, is :

The number of ways in which 8 distinguishable apples can be distributed among 3 boys such that every boy should get atleast 1 apple delta atmost 4 apples is KP(7,3), where K has the value equal to

The number of ways in which 8 distinguishable apples can be distributed among 3 boys such that every boy should get atleast 1 apple & atmost 4 apples is K P(7,3) , where K has the value equal to

The number of ways in which 8 distinguishable apples can be distributed among 3 boys such that every boy should get atleast 1 apple & atmost 4 apples is K. ""^(7)P_(3) where K has the value equal to

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.

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.

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.

The number of ways in which 10 identical apples can be distributed among 6 children so that each child receives atleast one apple is :

Find the number of ways in which 8 non-identical apples can be distributed among 3 boys such that every boy should get at least 1 apple and at most 4 apples.

Find the number of ways in which 8 non- identical apples can be distributed among 3 boys such that every boy should get at least 1 apple and at most 4 apples.

Find the number of ways in which 8 non-identical apples can be distributed among 3 boys such that every boy should get at least 1 apple and at most 4 apples.