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OpenStudy (anonymous):

Integrate sec(x)^4 Just making sure this is right... I got tan(x)sec(x)^2 - (2/3) tan(x)^3 + C

OpenStudy (kinggeorge):

although, if you integrate it you do get sec(x)^4, so I guess it should be right.

OpenStudy (kinggeorge):

I mean derive it. Not integrate it.

OpenStudy (anonymous):

okk.. I used integration by parts.. but I also doubled checked with substitution and I got a different answer...

OpenStudy (kinggeorge):

I've checked with wolfram, you probably got a different form, but it is correct.

OpenStudy (anonymous):

oh okk thank you!

OpenStudy (kinggeorge):

\[{1 \over 3} (\cos(2 x)+2) \tan(x) \sec^2(x)+C\]is the original answer wolfram gave me, but it's equivalent to your initial solution.

OpenStudy (anonymous):

thank you!! would you be able to look at another question? I've asked around and no one seems to have any idea....

OpenStudy (kinggeorge):

sure

OpenStudy (anonymous):

thank you.. let me post the link here...

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