Eliminate `theta` from the following equation : `x=h+a cos theta, y=k + b sin theta`

Eliminate theta from the following equation : x cos theta - y sin theta = a, x sin theta + y cos theta = b

Solve the following equation: sin3theta+cos2theta=0

Find the general values of theta from the following equations: sin2theta+sin4theta=sin6theta

Eliminate theta from a sin theta + bcos theta = x "and" a cos theta -b sin theta = y

Find the general values of theta from the following equations: sin4theta-sin2theta=cos3theta

The method of eliminating 'theta' from two given equations involving trigonometrical functions of 'theta' . By using given equations involving 'theta' and trigonometrical identities, we shall obtain an equation not involving 'theta' . On the basis of above information answer the following questions. If (x)/(a cos theta)=(y)/(b sin theta) ...(i) and (ax)/(cos theta)- (by )/(sin theta) = a^(2)-b^(2) , then (x, y) lie on

The method of eliminating 'theta' from two given equations involving trigonometrical functions of 'theta' . By using given equations involving 'theta' and trigonometrical identities, we shall obtain an equation not involving 'theta' . On the basis of above information answer the following questions. If sin theta+ cos theta= a and sin^(3)theta+cos^(3) theta=b , then we get lambda a^(3) + mu b+ v a =0 when lambda , mu, v are independent of theta , then the value of lambda^(3)+mu^(3)+v^(3) is

Find the Cartesian equation of the curves whose parametric equation are : x=5 cos theta, y = 5 sin theta

Find the Cartesian euqaiton of that curves whose parametric equation : x= cos theta + sin theta + 1, y = sin theta - cos theta + 2

If theta is eliminated from the equations a sec theta-x tan theta=y" and "b sec theta+y tan theta=x (a and b are constants), then :