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Permutation: n Different Things Taken All at a Time When All Are Not Different.

36. Five ball...

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36. Five balls of different colours are to be placed in 3 boxes of different sizes. Each box can hold all 5 balls. The number of ways of placing the balls in boxes so that no box remains empty i

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Q. Five balls of different colours are to be placed in three boxes of different sizes. Each box can hold all five balls. The number of ways in which we can place the balls in the boxes so that no box remains empty is

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Q. Five balls of different colors are to be placed in 3 boxes of different size. Each box can hold all five. In how many different ways can we place the balls so that no box remains empty?

Q. Five balls of different colours are to be placed in three boxes of different sizes. Each box can hold all five. In how many different ways can we place the balls so that no box remains empty?___

Q. Five balls are to be placed in three boxes. Each box can hold all the five balls so that no box remains empty.

If balls are different but boxes are identical then number of ways is

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Permutation: n Different Things Taken All at a Time When All Are Not Different.

Standard XII Mathematics

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