\[\int_{{}}^{{}}{32{{x}^{3}}{{(\log x)}^{2}}dx}\] is equal to [MP PET 2004]

\[{{x}^{3}}\{{{(\log x)}^{2}}+2\log x\}+c\]

\[{{x}^{4}}\{8{{(\log x)}^{2}}-4(\log x)+1\}+c\]

\[{{x}^{4}}\{8{{(\log x)}^{2}}-4\log x\}+c\]

\[8{{x}^{4}}{{(\log x)}^{2}}+c\]

\[\int_{{}}^{{}}{32{{x}^{3}}{{(\log x)}^{2}}dx}\] is equal to

1.	\[\int_{{}}^{{}}{32{{x}^{3}}{{(\log x)}^{2}}dx}\] is equal to [MP PET 2004]
A.	\[{{x}^{4}}\{8{{(\log x)}^{2}}-4(\log x)+1\}+c\]
B.	\[{{x}^{3}}\{{{(\log x)}^{2}}+2\log x\}+c\]
C.	\[{{x}^{4}}\{8{{(\log x)}^{2}}-4\log x\}+c\]
D.	\[8{{x}^{4}}{{(\log x)}^{2}}+c\]
Answer» B. \[{{x}^{3}}\{{{(\log x)}^{2}}+2\log x\}+c\]

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\[\int_{{}}^{{}}{32{{x}^{3}}{{(\log x)}^{2}}dx}\] is equal to [MP PET 2004]

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