Home
Class 12
MATHS
Find the most general value of theta w...

Find the most general value of ` theta ` which satisfies the equation ` sin theta =(1)/(2) and tan theta =(1)/(sqrt(3))`

Text Solution

Verified by Experts

The correct Answer is:
`theta = 2n pi + (7 pi)/(6)`
Promotional Banner

Similar Questions

Explore conceptually related problems

Find the general values of theta which satisfies the equation tan theta =-1 and cos theta =(1)/(sqrt(2))

The general value of theta which satisfies the equation (cos theta + i sin theta) (cos 3 theta + I sin 3 theta) ….. {cos(2n - 1) theta + I sin (2n - 1) theta} = 1 is

The general value of theta which satisfies the equation (cos theta + isin theta) (cos 3theta+ isin3theta)…[cos(2n-1)theta+isin(2n-1)theta]=1 is

Find all values of theta lying between 0 and 2 pi satisfying the equation r sin theta = sqrt 3 and r + 4 sin theta =2(sqrt 3+1)

Find all the value of theta satisfying the equation , sin 7 theta = sin theta + sin 3 theta such that 0 le theta le pi

Find real value of theta for which (3+2i sin theta)/(1-2i sin theta) is purely real.

A value of theta satisfying sin 5 theta-sin 3 theta+sin theta=0 such that 0 lt theta lt (pi)/(2) is

A value of theta satisfying sin5theta-sin3theta+sintheta =0 such that 0ltthetalt(pi)/(2) is

Find the general solution of (2+sqrt3)cos theta+sin theta=1

If sin theta+cos theta=1 then the value of sin 2 theta is equal to