Given that `sum_(k=1)^(35)sin5k=tan(m/n)`, where angles are measured in degrees,and m and n are relatively prime positive integers that satisfy `(m)/(n)<90`, then value of `[(m+n-2)/(25)]` is

Given that sum_(k=1)^(35)sin5k^(@)=tan((m)/(n))^(@), where m and n are relatively prime positive integers that satisfy ((m)/(n))^(@)<90^(@), then m+n is equal to

sum_(k=m)^(n)kC_(r)

The value of sum_(k=0)^(oo)(k^(2))/(4^(k)) can be written as (m)/(n) where m and n are relatively prime positive integers.Then the value of (m+n) is

Let lim_(x rarr oo)x ln(e(1+(1)/(x))^(1-x)) equal (m)/(n) where m and n are relatively prime positive integ Find (m+n).

Two ants begin on opposite corners of a cube. On each move, they can travel along an edge to an adjacent vertex. The probability they both return to their starting position after 4 moves is (m)/(n) , where "m" and "n" are relatively prime positive integers, then "m+n" is

If (m)=64, where m and n are positive integers,find the value of n)^(mn)..

If m!=n where m,n are positive integers,then int sin mx sin nxdx=

The number of all pairs (m, n), where m and n are positive integers, such that 1/(m)+1/(n)+1/(mn)=2/(5) is

Evaluate int cos mx cos nxdx where m,n are positive integers,m!=n What happens if m=n?

n|sin x|=m|cos|in[0,2 pi] where n>m and are positive integers