2.33*ln $\sqrt{1+cos^2(x)}$ /(e^y + sin^2(x)) = 0
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Investigate the equation: \(\frac{2.33 \cdot \ln\left( \sqrt{1 + {\cos\left( x \right)}^{2}} \right)}{{e}^{y} + {\sin\left( x \right)}^{2}} = 0\).
2.33*ln $\sqrt{1+cos^2(x)}$ /(e^y + sin^2(x)) = 0
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