119235 3 integers are chosen at random from the set of first 20 natural numbers. The chance that their product is a multiple of 3 , is-

119237 The number of ways in which 3 prizes can be distributed to 4 children, so that no child gets all the three prizes, are

119238 A bag contains 4 brown and 5 white balls. A man pulls two balls at random without replacement. The probability that the man gets both the balls of the same colour is

119239 Three identical dice are rolled. The probability that same number will appear on each of them will be:

119241 The number of ways of distributing eight identical rings to three different girls so that every girl gets at least one ring is

119235 3 integers are chosen at random from the set of first 20 natural numbers. The chance that their product is a multiple of 3 , is-

119237 The number of ways in which 3 prizes can be distributed to 4 children, so that no child gets all the three prizes, are

119238 A bag contains 4 brown and 5 white balls. A man pulls two balls at random without replacement. The probability that the man gets both the balls of the same colour is

119239 Three identical dice are rolled. The probability that same number will appear on each of them will be:

119241 The number of ways of distributing eight identical rings to three different girls so that every girl gets at least one ring is

119235 3 integers are chosen at random from the set of first 20 natural numbers. The chance that their product is a multiple of 3 , is-

119237 The number of ways in which 3 prizes can be distributed to 4 children, so that no child gets all the three prizes, are

119238 A bag contains 4 brown and 5 white balls. A man pulls two balls at random without replacement. The probability that the man gets both the balls of the same colour is

119239 Three identical dice are rolled. The probability that same number will appear on each of them will be:

119241 The number of ways of distributing eight identical rings to three different girls so that every girl gets at least one ring is

119235 3 integers are chosen at random from the set of first 20 natural numbers. The chance that their product is a multiple of 3 , is-

119237 The number of ways in which 3 prizes can be distributed to 4 children, so that no child gets all the three prizes, are

119238 A bag contains 4 brown and 5 white balls. A man pulls two balls at random without replacement. The probability that the man gets both the balls of the same colour is

119239 Three identical dice are rolled. The probability that same number will appear on each of them will be:

119241 The number of ways of distributing eight identical rings to three different girls so that every girl gets at least one ring is

119235 3 integers are chosen at random from the set of first 20 natural numbers. The chance that their product is a multiple of 3 , is-

119237 The number of ways in which 3 prizes can be distributed to 4 children, so that no child gets all the three prizes, are

119238 A bag contains 4 brown and 5 white balls. A man pulls two balls at random without replacement. The probability that the man gets both the balls of the same colour is

119239 Three identical dice are rolled. The probability that same number will appear on each of them will be:

119241 The number of ways of distributing eight identical rings to three different girls so that every girl gets at least one ring is