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OpenStudy (mendicant_bias):

Alright, another surface integral question, working so far posted below:

OpenStudy (mendicant_bias):

http://i.imgur.com/WJA49po.png

OpenStudy (mendicant_bias):

(Stopped computing the magnitude of the cross product when it started looking really ugly; am I doing this right?)

OpenStudy (mendicant_bias):

@wio (lol sorry), looking over it now.

OpenStudy (mendicant_bias):

Should I have done a transform or something or selected a different u,v? Maybe polar?

OpenStudy (anonymous):

@party_girl

OpenStudy (mendicant_bias):

Thinking this is a better idea: http://i.imgur.com/LUMQcuj.png

OpenStudy (mendicant_bias):

http://i.imgur.com/sbmUA1A.png

OpenStudy (mendicant_bias):

Alright, did some more, think I got the right integrand/magnitude of cross product result

OpenStudy (mendicant_bias):

http://i.imgur.com/MR70GCT.png

OpenStudy (anonymous):

You decided you didn't want to deal with cylindrical coords anymore?

OpenStudy (mendicant_bias):

Wait, what, oh, I changed back. Yeah, the earlier stuff was a mistake, all the recent stuff is in "cylindrical"/polar.

OpenStudy (mendicant_bias):

Yup, the integrand is correct, hooray.

OpenStudy (anonymous):

I'm getting \(\sqrt 5 r\) for my magnitude.

OpenStudy (mendicant_bias):

Yup, last post, unless I linked incorrectly.

OpenStudy (mendicant_bias):

(Some of my posts might be lagging and not showing up)

OpenStudy (mendicant_bias):

http://i.imgur.com/MR70GCT.png

OpenStudy (anonymous):

Why @party_girl ?

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