Let `a, b, c in N`, then number of ordered triplet `(a, b, c)` such that `5a + 6b + 3c= 50`

The number of integral triplets (a, b, c) such that a+b cos 2x+c sin^(2)x=0 for all x, is

Let sin x+cos x=a+bx+cx^(2)AA x in R then number of ordered triplet (s) (a,b,c) will be -

If a, b, c are three natural numbers in AP such that a + b + c=21 and if possible number of ordered triplet (a, b, c) is lambda , then the value of (lambda -5) is

If a, b, c are three natural numbers in AP such that a + b + c=21 and if possible number of ordered triplet (a, b, c) is lambda , then the value of (lambda -5) is

If a, b, c are three natural numbers in AP such that a + b + c=21 and if possible number of ordered triplet (a, b, c) is lambda , then the value of (lambda -5) is

If a, b, c are three natural numbers in AP such that a + b + c=21 and if possible number of ordered triplet (a, b, c) is lambda , then the value of (lambda -5) is

If a , b , c are positive integers such that a + b + c le 8, then the number of ordered triplets of the form (a,b,c) is

Given L.C.M.of three natural numbers a,b,c is 1000 and if the possible number of ordered triplets (a,b,c) is p^(2), where p is a prime number,then find the value of p

If a,b,c are three natural numbers in AP such that a+b+c=21 and if possible number of ordered triplet (a,b,c) is lambda, then the value of (lambda-5) is