" Q.8) Prove that the general solution of "tan theta=tan alpha" is "theta=n pi+alpha," where "n in Z" ."

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

Prove that the general solution of tan"theta"=tan"alpha" is given by : theta=npi+alpha,n in Zdot

Prove that general solution of tan theta=tan alpha is given by theta=n pi+alpha;!=psi lon Z

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=2npi+-alpha, where n in Zdot

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

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

Prove that: tan^2theta=tan^2alpha ,theta=npi+-alpha,n in Z