Home
Class 12
MATHS
Find the number of solution of the equat...

Find the number of solution of the equation `(2sintheta-sin3theta)/(1+costheta)+(3costheta+cos3theta)/(1-sintheta)=4sqrt(2)cos(theta+(pi)/(4))`
in the interval `(-10pi,8pi].`

Promotional Banner

Similar Questions

Explore conceptually related problems

(sin3theta-cos3theta)/(sintheta+costheta)+1 =

(3costheta+cos3theta)/(3sintheta-sin3theta)=

(cos^(3)theta-cos3theta)/(costheta)+(sin^(3)theta+sin3theta)/(sintheta)=

(sintheta-2sin^3theta)/(2cos^3theta-costheta) = …………….

(Cos^(3)theta-Cos3theta)/(Costheta)+(Sin^(3)theta+Sin3theta)/(Sintheta)=3

The number of solutions of the equation sin^(5)theta + 1/(sintheta) = 1/(costheta) +cos^(5)theta where theta int (0, pi/2) , is

The number of solutions of the equation sin^(5)theta + 1/(sintheta) = 1/(costheta) +cos^(5)theta where theta int (0, pi/2) , is

(sin^(3)theta+cos^(3)theta)/(sintheta+costheta)+(sin^(3)theta-cos^(3)theta)/(sintheta-costheta)=

If costheta +sin theta= sqrt(2)cos theta , then prove that costheta-sintheta =sqrt(2)sin theta