Numbers of ways in which 30 identical things are distributed among six persons is -

Number of ways in which 30 identical things are distributed among six persons is a .^17C_5 if each gets odd number of things b .^16C_11 if each gets odd number of things c .^14C_5 if each gets even number of things (excluding 0) d .^15C_10 if each gets even number of things (excluding 0)

Number of ways in which 30 identical things are distributed among six persons is a .^17C_5 if each gets odd number of things b .^16C_11 if each gets odd number of things c .^14C_5 if each gets even number of things (excluding 0) d .^15C_10 if each gets even number of things (excluding 0)

Number of ways in which 30 identical things are distributed among six persons is a.C(17,5) if each gets odd number of things b.C(16,11) if each gets odd number of things c) C(14,5) if each gets even number of things (excluding 0) d. C(15,10)if each gets even number of things (excluding 0)

Number of ways in which 25 identical things be distributed among five persons if each gets odd number of things is

Number of ways in which 25 identical things be distributed among five persons if each gets odd number of things is

Number of ways in which 25 identical things be distributed among five persons if each gets odd number of things is

Number of ways in which 25 identical things be distributed among five persons if each gets odd number of things is

The number of ways in which 16 identical things can be distributed among 4 persons if each person gets atleast 3 things,is k then k/7 is

For the equation X+Y+Z+W = 19, the number of positive integral solutions is equal to (A) The number of ways in which 19 identical things can be distributed among 4 persons so that each gets atleast one thing (B) The number of ways in which 15 identical things can be distrusted to 4 persons so that each person get any number of things. (C) 18C_3 (D) 22C_3

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.