iThink Posted March 27, 2014 Posted March 27, 2014 Hi, This was posted online kind of like a challenge. I've been through calculus courses, but still, this looks weird. For example, the R doesn't seem to belong, and I have no idea what it stands for. Help?
Bignose Posted March 27, 2014 Posted March 27, 2014 The hint is in that R. Convert to spherical coordinates and see how it goes for you.
mathematic Posted March 27, 2014 Posted March 27, 2014 Hi, This was posted online kind of like a challenge. I've been through calculus courses, but still, this looks weird. For example, the R doesn't seem to belong, and I have no idea what it stands for. Help? Based on the integration limits it appears that the differential should be dzdydx. 1
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