If `A` and `B` are acute angles such that `A+B` and `A-B` satisfy the equation `tan^2theta-4tantheta+1=0` then

If xa n dy are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^2theta-4tantheta+1=0, then

If xa n dy are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^2theta-4tantheta+1=0, then

If xa n dy are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^2theta-4tantheta+1=0, then

If xa n dy are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^2theta-4tantheta+1=0, then x=pi/6 (b) x=pi/4 (c) y=pi/6 (d) y=pi/4

If xa n dy are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^2theta-4tantheta+1=0, then x=pi/6 (b) y=pi/4 (c) y=pi/6 (d) y=pi/4

If xa n dy are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^2theta-4tantheta+1=0, then x=pi/6 (b) y=pi/4 (c) y=pi/6 (d) y=pi/4

If x and y are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^(2)theta-4tan theta+1=0, then x=(pi)/(6)(b)y=(pi)/(4)(c)y=(pi)/(6)(d)y=(pi)/(4)

If A and B are acute angles and (A+B) and (A-) B) satisfy the equation tan^(2)theta-4tan+1=0, thentan ^(2)B is greater than or equal to

If x and y are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^(2) theta - 4 tan theta +1=0 , then

If x and y are positive acute angles such that (x+y) and (x-y) satisfy the equation tan^(2) theta - 4 tan theta +1=0 , then