Answer:
=2mπ + π/3 for m ∈ Z.
Explanation:
Given the equation
, we are to find all the values of
that satisfies the equation.
![2sin\theta - √(3) = 0\\\\2sin\theta = √(3) \\\\sin\theta = √(3)/2 \\\\\theta = sin{-1} √(3)/2 \\\\\theta = 60^0](https://img.qammunity.org/2021/formulas/mathematics/college/md3yrpbsmmoel01juuhj5dm6lfrg5mz772.png)
General solution for sin
is
= nπ + (-1)ⁿ ∝, where n ∈ Z.
If n is an even number say 2m, then
= (2m)π + ∝ where ∝ = 60° = π/3
Hence, the general solution to the equation will be
= 2mπ + π/3 for m ∈ Z.