Question
Evaluate the definite integral in Exercise:
$\int\limits_{4}^{5}\text{e}^{\text{x}}\ \text{dx}$
$\int\limits_{4}^{5}\text{e}^{\text{x}}\ \text{dx}$
By second fundamental theorem of calculus, we obtain
$\text{I}=\text{F}(5)-\text{F}(4)$
$=\text{e}^{5}-\text{e}^{4}$
$=\text{e}^{4}(\text{e}-1)$
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