For `n in Z`, the general solution of `(sqrt(3)-1) sin theta+(sqrt(3)+1) cos theta=2` is `(n in Z)`

For n in Z , the general solution of (sqrt(3)-1)sintheta+(sqrt(3)+1)costheta=2 is(n in Z) theta=2npi+-pi/4+pi/(12) theta=npi+(-1)^npi/4+pi/(12) theta=2npi+-pi/4 theta=npi+(-1)^npi/4-pi/(12)

For n in Z , the general solution of (sqrt(3)-1)sintheta+(sqrt(3)+1)costheta=2i s(n in Z) theta=2npi+-pi/4+pi/(12) theta=npi+(-1)^npi/4+pi/(12) theta=2npi+-pi/4 theta=npi+(-1)^npi/4-pi/(12)

cos theta+sqrt(3)sin theta=2

The general solution of sin^2 theta sec theta +sqrt3 tan theta=0 is (n in 1)

The general solution of the equation, 2cot.(theta)/(2)=(1+cot theta)^(2) is (n in Z)

One of the general solutions of sqrt(3) cos theta -3 sin theta =4 sin 2 theta cos 3 theta is

Find the general value of theta sin theta = (sqrt3)/(2)

Solution of the equation sin (sqrt(1+sin 2 theta))= sin theta + cos theta is (n in Z)

Find the general solution of (1-2 cos theta)^(2)+(tan theta +sqrt(3))^(2)=0 .

cos theta sqrt(1-sin^(2)theta)=