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Coordination Isomerism

A is a set co...

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A is a set containing n distinct elements.A non zero subset P of A is chosen at random. The set A is reconstructed by replacing the element of P.A non-zero subset Q of A is again chosen at random. Find the probability that P&Q have no common elements.

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A

is a set containing

n

distinct elements. A non-zero subset

P

A

is chosen at random. The set

A

is reconstructed by replacing the elements of

P

. A non-zero subset

Q

A

is again chosen at random. Find the probability that

P

Q

have no common elements

Q. A is a set containing n distinct elements. A subset P of A is chosen at random. The set A reconstructed by replacing the elements of P. A subset Q of A is again chosen at random. Find the probability that P & Q have no common elements.

Q. A set A is containing n elements. A subset P of A is chosen at random. The set is reconstructed by replacing the elements of P. A subset of A is again chosen at random. Find the probability that P and Q have no common element?

A

n

elements. A subset

P

A

is chosen at random. The set is reconstructed by replacing the elements of

P

Q

A

is again chosen at random. The probability that

P

Q

have no common elements is:

A

is a set containing

n

elements. A subset

P

A

is chosen at random. The set

A

is reconstructed by replacing the elements of

P

Q

A

is again chosen at random. Find the probability that

P

Q

have no common elements.

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