Question

answer ⅈͲ

$e = \frac{ - dv}{dx}$
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Answer 1

$\huge\boxed\mathfrak{\green{ANSWER}}</p><p></p><p>Given , </p><p></p><p>[tex]e\:=\dfrac{-dv}{dx}$

$\huge\boldCorrection:-$

$e^{x}\:=\dfrac{-dv}{dx}$

$e^{x}dx\:={-dv}$

integrating on both sides,

$\int\limits_{}^{}e^{x}\,dx= \int\limits_{}^{}-dv$

$e^{x}=-v$

V = $e^{x}$

$\large\boxed\mathfrak{\green{NOTE}}</p><p></p><p>[tex]\int\limits_{}^{}e^{x}=e^{x}$