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LGBADERIVATIVE: \[\huge \frac{d}{dx} \sin^2 (e^{\sin^2 t})\]
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is that \[dy/dt\] or with respect to x
so im thinking \[\large 2\sin (e^{\sin ^2 t}) \cdot \cos (e^{\sin ^2 t} \cdot e^{\sin^2 t} \cdot 2\sin t \cos t\]
is that right?
\[\large 4\sin (e^{\sin^2 t}) \cos (e^{\sin ^2 t}) e^{\sin ^2 t} \sin t \cos t\]
@Jonask dy/dx
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right
ahh glad to hear that
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