[" If "n_(1)" denotes the maximum number of reatis of "],[sin theta=k_(1)" in "[0,2 pi]" and "n_(2)" denates the maximum "],[" number of roots of "cos theta=k_(2)" in "[0,2 pi]" ,then "]

If n_(1) denotes the maximum number of roots of sin theta = k_(1) in [0,2pi] and n_(2) denotes the maximum number of roots of cos theta=k_(2) in [0,2pi] , then

If n_(1) denotes the maximum number of roots of sin theta = k_(1) in [0,2pi] and n_(2) denotes the maximum number of roots of cos theta=k_(2) in [0,2pi] , then

If n_(1) denotes the maximum number of roots of sin theta = k_(1) in [0,2pi] and n_(2) denotes the maximum number of roots of cos theta=k_(2) in [0,2pi] , then Option A: n_(1)+n_(2)=5 Option B: n_(1)+n_(2)=4 Option C: n_(1)+n_(2)=6 Option D: n_(1)+n_(2)=3

Maximum value of sin theta + cos theta" in "(0,(pi)/(2)) is

The number of solution of cos 2 theta = sin theta in (0, 2 pi) is

The number of solutions of cos 2 theta = sin theta in (0, 2pi) is