If `theta_1,theta_2,theta_3` are the three values of `thetain[0,2pi]` for which `tantheta=lambda` then the value of `tan(theta_1)/3tan(theta_2)/3+tan(theta_2)/3tan(theta_3)/3+tan(theta_3)/3tan(theta_1)/3` is equal to

If theta_1,theta_2,theta_3 are the three values of thetain[0,2pi] for which tantheta=lambda then the value of tan(theta_1/3) tan(theta_2/3) + tan(theta_2/3) tan(theta_3/3) + tan(theta_3/3) tan(theta_1/3) is equal to

If theta_(1),theta_(2),theta_(3) are three values lying in [0,2pi) for which tan theta = lambda , then the value of tan((theta_(1))/(3))tan((theta_(2))/(3))+tan((theta_(2))/(3))tan((theta_(3))/(3))+tan((theta_(3))/(3))tan((theta_(1))/(3)) is

If theta_(1),theta_(2),theta_(3) are three values lying in [0,3pi) for which tan theta = lambda , then the value of |tan((theta_(1))/(3))tan((theta_(2))/(3))+tan((theta_(2))/(3))tan((theta_(2))/(3))+tan((theta_(3))/(3))tan((theta_(1))/(3))| is

If theta=pi/(4n) then the value of tanthetatan(2theta)tan(3theta)....tan((2n-1)theta) is

If theta=pi/(4n) then the value of tanthetatan(2theta)tan(3theta)....tan((2n-1)theta) is

If theta=pi/(4n) then the value of tanthetatan(2theta)tan(3theta)....tan((2n-1)theta) is

If tantheta+tan(theta+pi/3)+tan(theta-pi/3)=ktan3theta then k is equal to

If theta=(pi)/(4n) then the value of tan theta tan(2 theta)tan(3 theta)...tan((2n-1)theta) is

If tan 2 theta.tan 4 theta =1 , then the value of 3 theta is

tan 3theta = tan 2theta + tantheta