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The value of $\int_{-2012}^{2012}\left(\sin \left(x^{3}\right)+x^{5}+1\right) d x$ is $-$
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The correct answer is:
4024
$\int_{-2012}^{2012}\left(\sin \left(x^{3}\right)+x^{5}+1\right) d x=\int_{-2012}^{2012}\left(\sin \left(x^{3}\right) d x+\int_{-2012}^{2012} x^{5} d x+\int_{-2012}^{2012} d x=4024\right.$
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