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.The number of ordered triplets of posit...

.The number of ordered triplets of positive integers which are solutions of the equation` x +y+z=100`.

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The number of ordered triplets, positive integers which are solutions of the equation x+y+z=100 is:

The number of ordered triplets, positive integers which are solutions of the equation x+y+z=100 is:

The number of ordered triplets of positive integers which satisfy the inequality 20 le x. + y + z le 50 is p, then (p - 631)/(100) is equal to _______ .

The number of ordered triplets of positive integers which satisfy the inequality 20 le x. + y + z le 50 is p, then (p - 631)/(100) is equal to _______ .

The number of positive integral solutions of the equation x + y + z = 100 is

Find the number of positive integral solutions of the equation x+y+z=12.

Find the number of positive integral solutions of the equation x+y+z=12.

Find the number of positive integral solutions of the equation x+y+z=12.

Find the number of positive integral solutions of the equation x+y+z=12.