If n is an integer and -3 < n <3 , then the values of n .

If n is an integer and z=-1+isqrt3," then "z^(2n)+2^(n).z^(n)+2^(2n)

If n is an integer and not a multiple of 3 then omega^(n) + omega^(2n) =

How many different triangles are there for which the lengths of the sides are 3, 8, and n, where n is an integer and 3ltnlt8 ?

If n is an integer, not a multiple of 3, the sum of w^n+w^(2n),w being a nonreal complex cube root of unity , is

If n is an integer, then (n^(3) - n) is always divisible by :

If A={n:(n^(3)+5n^(2)+2)/(n) is an integer and 'n' itself is an integer,then the number of elements in the set A is:

If A={n:(n^(3)+5n^(2)+2)/(n) is an integer and n itself is an integer}, then the number of elements in the set A is

If n is +ve integer, 4^n - 3n - 1 is divisible by