Question: (b) (2 points) $$ $$ Vint_{-3}^{3} e^{x^{2}} d x $$ (c) (2 points) Vint_{0}^{frac{pi}{2}} * sin (x) dx $5 (d) (2 points) $$ Vint_{1}^{3} log
(b) (2 points) $$ $$ Vint_{-3}^{3} e^{x^{2}} d x $$ (c) (2 points) Vint_{0}^{\frac{\pi}{2}} * \sin (x) dx $5 (d) (2 points) $$ Vint_{1}^{3} \log {e} x dx $$ (e) (2 points) $$ \int_{-2)^{@}e{j x} \cos x) dx $$ [Hint for (e): Euler's formula) SP.SD.308 (b) (2 points) $$ $$ Vint_{-3}^{3} e^{x^{2}} d x $$ (c) (2 points) Vint_{0}^{\frac{\pi}{2}} * \sin (x) dx $5 (d) (2 points) $$ Vint_{1}^{3} \log {e} x dx $$ (e) (2 points) $$ \int_{-2)^{@}e{j x} \cos x) dx $$ [Hint for (e): Euler's formula) SP.SD.308
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