The equation to the straight line passing through the point `(a "cos"^(3) theta, a "sin"^(3) theta)` and perpendicular to the line `x "sec" theta + y"cosec" theta = a` is

The equation to the straight line passing through the point (a cos^(3)theta,a sin^(3)theta) and perpendicular to the line x sec theta+y csc theta=a is x cos theta-y sin theta=a cos2 thetax cos theta+y sin theta=a cos2 thetax sin theta+y cos theta=a cos2 theta none of these

Obtain the equation of straight lines : Passing through the point (a cos^3theta , a sin^3theta) and perpendicular to the straight line x sec theta + y cosec theta = alpha .

Equation of the line passing through the point ( a cos^(3) theta , a sin^(3) theta ) and perpendicular to the line x sec theta + y cosec theta = a is x cos theta - y sin theta = cos 2 theta .

The equation of a straight line which passes through the point (a cos^(3) theta, a sin^(3) theta) and perpendicular to x sec theta + y " cosec " theta = a is

The equation of a straight line which passes through the point ( a cos^(3)theta, a sin^(3)theta ) and perpendicular to x sec theta + y cosec theta = a

The equation of the line passing through the point (a cos^(3)theta, a sin^(3)theta) and parallel to x cos theta-y sin theta=a is

Equation of the line passing through the point (acos^3theta, a sin^3theta) and perpendicular to the line xsectheta + y cosec theta =a is xcostheta-ysintheta =acos2theta .

Equation of the line passing through the point (acos^3theta, a sin^3theta) and perpendicular to the line xsectheta + y cosec theta =a is xcostheta-ysintheta =acos2theta .