\[\int{\frac{a{{x}^{3}}+b{{x}^{2}}+c}{{{x}^{4}}}\,\,dx}\] equals to [RPET 2001]

\[a\log x+\frac{b}{{{x}^{2}}}+\frac{c}{3{{x}^{3}}}+c\]

\[a\log x+\frac{b}{x}-\frac{c}{3{{x}^{3}}}+c\]

\[a\log x-\frac{b}{x}-\frac{c}{3{{x}^{3}}}+c\]

\[\int{\frac{a{{x}^{3}}+b{{x}^{2}}+c}{{{x}^{4}}}\,\,dx}\] equals to [R

1.	\[\int{\frac{a{{x}^{3}}+b{{x}^{2}}+c}{{{x}^{4}}}\,\,dx}\] equals to [RPET 2001]
A.	\[a\log x+\frac{b}{{{x}^{2}}}+\frac{c}{3{{x}^{3}}}+c\]
B.	\[a\log x+\frac{b}{x}-\frac{c}{3{{x}^{3}}}+c\]
C.	\[a\log x-\frac{b}{x}-\frac{c}{3{{x}^{3}}}+c\]
D.	None of these
Answer» D. None of these

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\[\int{\frac{a{{x}^{3}}+b{{x}^{2}}+c}{{{x}^{4}}}\,\,dx}\] equals to [RPET 2001]

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