Gear Junky's profile - activity

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2014-07-31 09:15:02 -0600	received badge	● Good Question (source)
2014-07-31 09:14:51 -0600	received badge	● Popular Question (source)
2014-07-30 20:36:29 -0600	received badge	● Scholar (source)
2014-07-28 07:11:09 -0600	received badge	● Good Answer (source)
2014-07-27 17:57:06 -0600	received badge	● Nice Answer (source)
2014-07-25 21:05:03 -0600	received badge	● Great Answer (source)
2014-07-25 21:05:03 -0600	received badge	● Guru (source)
2014-07-25 18:04:23 -0600	answered a question	Setting up spherical integrals Ok, so here's my whack at it while building off of Christina's input. Like Christina said $\phi$ is the angle that is me ...
2014-07-25 16:09:15 -0600	received badge	● Nice Answer (source)
2014-07-25 09:34:30 -0600	answered a question	Question #2 on quiz Actually that's the answer that I got as well. I thought about it for a while and it sorta makes sense to me when I drew ...
2014-07-25 06:52:41 -0600	received badge	● Good Answer (source)
2014-07-25 06:52:12 -0600	received badge	● Nice Question (source)
2014-07-25 06:50:12 -0600	received badge	● Good Answer (source)
2014-07-25 06:32:31 -0600	received badge	● Good Answer (source)
2014-07-25 04:40:31 -0600	received badge	● Student (source)
2014-07-24 21:30:49 -0600	asked a question	Can Anyone Validate Problem #3 So for problem #3 on the In-Class worksheet I worked it through, but didn't have enough time to validate my answer with ...
2014-07-24 18:59:39 -0600	received badge	● Nice Answer (source)
2014-07-24 18:29:13 -0600	received badge	● Nice Answer (source)
2014-07-24 18:27:01 -0600	answered a question	Quiz question If you would like, you could look at how Christina set up the problem in the question she asked, seeing as it is a disk ...
2014-07-24 18:17:40 -0600	received badge	● Nice Answer (source)
2014-07-24 17:43:32 -0600	answered a question	Graphical explanation Hopefully this image helps with Dylan's great explanation. This should be the final product. ...
2014-07-24 17:00:30 -0600	answered a question	Setting up exponential function in Cartesian coordinates Christina, As far as the integral in polar coordinates, it looks like you know what you're doing. $$\int_0^{2\pi}\int_ ...
2014-07-24 06:44:37 -0600	received badge	● Enlightened (source)
2014-07-23 16:39:47 -0600	received badge	● Good Answer (source)
2014-07-23 16:30:26 -0600	received badge	● Nice Answer (source)
2014-07-23 16:29:27 -0600	received badge	● Editor (source)
2014-07-23 16:18:06 -0600	answered a question	Mass of region between two graphs I feel like it is a great start. Now if you were to set the two equations, $8-r^2$ and $r^2$, equal to each other you'll ...
2014-07-16 22:17:05 -0600	received badge	● Teacher (source)
2014-07-11 00:13:22 -0600	received badge	● Supporter (source)
2014-07-02 23:27:06 -0600	answered a question	How do I accurately visualize and describe level curves? Running off of Kyouko and from what I understand, the level curves take shape of their functions for that axis in the $x ...