Evaluate the following integral:\(\smallint \cos {\rm{x}}{{\rm{e}}^{\sin {\rm{x}}}}{\rm{dx}}\)

\({{\rm{e}}^{\cos {\rm{x}}}} + {\rm{C}}\)

\({{\rm{e}}^{\sin {\rm{x}}}} + {\rm{C}}\)

\(\frac{{\cos {\rm{x}}}}{{{{\rm{e}}^{\sin {\rm{x}}}}}} + {\rm{C}}\)

\(\frac{{\sin {\rm{x}}}}{{{{\rm{e}}^{\cos {\rm{x}}}}}} + {\rm{C}}\)

Evaluate the following integral:\(\smallint \cos {\rm{x}}{{\rm{e}}^{\s

1.	Evaluate the following integral:\(\smallint \cos {\rm{x}}{{\rm{e}}^{\sin {\rm{x}}}}{\rm{dx}}\)
A.	\({{\rm{e}}^{\sin {\rm{x}}}} + {\rm{C}}\)
B.	\({{\rm{e}}^{\cos {\rm{x}}}} + {\rm{C}}\)
C.	\(\frac{{\cos {\rm{x}}}}{{{{\rm{e}}^{\sin {\rm{x}}}}}} + {\rm{C}}\)
D.	\(\frac{{\sin {\rm{x}}}}{{{{\rm{e}}^{\cos {\rm{x}}}}}} + {\rm{C}}\)
Answer» B. \({{\rm{e}}^{\cos {\rm{x}}}} + {\rm{C}}\)

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Evaluate the following integral:\(\smallint \cos {\rm{x}}{{\rm{e}}^{\sin {\rm{x}}}}{\rm{dx}}\)

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