Home
Class 11
MATHS
Find values of theta satisfying sintheta...

Find values of `theta` satisfying `sintheta+sin5theta=sin3theta` such that `0<=theta<=pi`

Text Solution

Verified by Experts

`0,pi/6,pi/3,(2pi)/3,(5pi)/6` and `pi`
Promotional Banner

Similar Questions

Explore conceptually related problems

The set of values of theta satisfying the inequatioin 2sin^(2)theta-5sintheta+2 gt 0, where o lt theta lt 2pi , is

The maximum value of the expression 1/(sin^2 theta + 3 sin theta cos theta + 5cos^2 theta) is

Let f(theta)=sintheta(sintheta+sin3theta). then f(theta)

One value of theta which satisfies the equation sin^(4)theta-2sin^(2)theta-1 lies between 0and2pi .

Minimum value of the expression cos^2theta-(6 sintheta cos theta) + 3 sin^2theta + 2 , is

The possible values of theta in (0,pi) such that sin (theta) + sin (4theta) + sin(7theta) = 0 are

In the given figure , angle B = 90°, angleDCB = theta and AD = BD . Find the values of sintheta. cos theta. tan theta and sin^(2)theta+cos^(2)theta .

If the coordinates of a variable point be (cos theta + sin theta, sin theta - cos theta) , where theta is the parameter, then the locus of P is

Find the value of theta satisfying |{:(1,1,sin3theta),(-4,3,cos2theta),(7,-7,-2):}|=0

Evaluate the following (sin theta +cos theta )^(2) +(sin theta -cos theta )^(2)