The solution (s) of ${4 c o s}^{2} x s i n x - 2 {s i n}^{2} x = 3 s i n x$ is/are-

n π; n ϵ I

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n π + {(- 1)}^{n} \frac{π}{10};

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n π + {(- 1)}^{n} (- \frac{3 π}{10}); n ϵ I

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All of these

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Solution

The correct option is D All of these

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Similar questions

Find the general solution of $s i n x + \sqrt{2} = - s i n x$

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α = n π + \frac{π}{4}, n ϵ I .

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A = n π \pm B, n ϵ I

$The general value of x satisfying the equation \sqrt{3} s i n x + c o s x = \sqrt{3} i s g i v e n b y$

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