5.4 Indefinite Integrals and the Net Change Theorem/13

$\int _{}^{}(\sin(x)+\sinh(x))dx$

\qquad ${\text{Indefinite integrals used }}$

$=\int _{}^{}(\sin(x))dx+\int _{}^{}(\sinh(x))dx$

$=-\cos(x)+\cosh(x)+c$

${\text{Indefinite integrals used }}$

$\int _{}^{}(\sin(x))dx=-\cos(x)+C$

$\int _{}^{}(\sinh(x))dx=\cosh(x)+C$