Prove that general solution of `tan theta= tan alpha` is given by `theta=npi+alpha;n in Z`

Prove that the general solution of tan theta=tan alpha is given by : theta=n pi+alpha,n in Z

The general solution of tan theta tan2 theta=1 is

Prove that general solution of sin theta=sin alpha is given by theta=n pi+(-1)^(n)alpha;where!=psi lon Z

Prove that the general solution of cos theta=cos alpha is given by theta=2n pi+-alpha; where quad !=psi lonZ

Prove that the general solution of sin theta=sin alpha is given by : theta=n pi+(-1)^(n)alpha,n in Z

Prove that the general solution of cos theta=cos alpha is given by :theta=2n pi+-alpha where n in Z.

The general solution of tan3 theta tan theta=1 is given by (n in l)

(iii)Prove that general solution of tan theta=0 is theta=npi; n in Z (iv)Prove that the general solution of cot theta=0 is theta=(2n+1)pi/2, n in Z

A general solution of tan^(2) theta+ cos 2 theta=1 is (n in Z)