Mathematics

Mathematics

Problem

Find the general solution of sin⁡2θ=32\sin 2\theta = \dfrac{\sqrt3}{2}. a) θ=π3+nπ  or  θ=2π3+nπ,  n∈Z\theta = \dfrac{\pi}{3}+n\pi \;\text{or}\; \theta = \dfrac{2\pi}{3}+n\pi,\; n\in\mathbb Z b) θ=π6+nπ  or  θ=π3+nπ,  n∈Z\theta = \dfrac{\pi}{6}+n\pi \;\text{or}\; \theta = \dfrac{\pi}{3}+n\pi,\; n\in\mathbb Z c) θ=π6+2nπ  or  θ=5π6+2nπ,  n∈Z\theta = \dfrac{\pi}{6}+2n\pi \;\text{or}\; \theta = \dfrac{5\pi}{6}+2n\pi,\; n\in\mathbb Z d) θ=π12+nπ  or  θ=5π12+nπ,  n∈Z\theta = \dfrac{\pi}{12}+n\pi \;\text{or}\; \theta = \dfrac{5\pi}{12}+n\pi,\; n\in\mathbb Z

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