Christina's profile - activity

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2014-08-01 06:39:59 -0600	received badge	● Good Answer (source)
2014-07-31 22:48:16 -0600	received badge	● Nice Answer (source)
2014-07-31 19:11:19 -0600	answered a question	Final Review Number one Ok, you take each point one at a time and get your values for a,b,c. Starting with $ax + by + cz = 4$ and the point $( ...
2014-07-31 10:54:11 -0600	received badge	● Nice Answer (source)
2014-07-31 06:36:23 -0600	answered a question	Final Review If you bring the 4 to the other side you get $x^2 + y^2 = 4$, which is a circle of radius 2. For this reason, I set this ...
2014-07-30 17:56:27 -0600	received badge	● Good Answer (source)
2014-07-30 15:46:47 -0600	received badge	● Nice Answer (source)
2014-07-30 14:53:13 -0600	received badge	● Nice Answer (source)
2014-07-30 12:25:57 -0600	answered a question	quiz 3 question 1 My answer was slightly different because when you u-sub you have to change your bounds of integration. I'll start here ...
2014-07-30 07:15:50 -0600	received badge	● Taxonomist
2014-07-29 20:01:54 -0600	answered a question	Review for final Exam This is how I solved this problem: I left $\vec{p}(t)$ in terms of $t$ and changed the parameter of $\vec{q}$ to $s$. I ...
2014-07-29 10:58:26 -0600	received badge	● Nice Answer (source)
2014-07-29 09:41:16 -0600	received badge	● Popular Question (source)
2014-07-29 09:38:44 -0600	answered a question	Line Integrals Anonymous, the first thing I noticed was your bounds of integration. I posted a question about this last night as I was ...
2014-07-29 06:43:37 -0600	received badge	● Nice Answer (source)
2014-07-29 06:41:25 -0600	received badge	● Nice Question (source)
2014-07-28 16:41:58 -0600	answered a question	Number 6 on Exam 2 I actually missed this one on the exam, but since then have worked on what the contour diagram would look like. This sho ...
2014-07-28 12:06:32 -0600	asked a question	How do I get the bounds of integration for line integrals? I am currently working on the homework for 16.2. Number one, for example, states: "Compute $\int\limits_Cxy^2ds$ along t ...
2014-07-27 17:56:51 -0600	received badge	● Nice Answer (source)
2014-07-25 16:06:35 -0600	answered a question	Setting up spherical integrals I don't really know if my answer will be easily explainable but I will try to explain it as I understand it. With spheri ...
2014-07-25 10:19:45 -0600	received badge	● Good Answer (source)
2014-07-25 09:05:38 -0600	received badge	● Notable Question (source)
2014-07-25 06:52:35 -0600	received badge	● Good Question (source)
2014-07-25 06:50:20 -0600	received badge	● Nice Answer (source)
2014-07-24 20:02:15 -0600	received badge	● Popular Question (source)
2014-07-24 18:58:35 -0600	answered a question	Quiz question Yes, I asked this question earlier because I was struggling with the set up for Cartesian land. It was one of the ones ...
2014-07-24 18:28:57 -0600	received badge	● Nice Question (source)
2014-07-24 17:17:40 -0600	received badge	● Scholar (source)
2014-07-24 14:52:49 -0600	asked a question	Setting up exponential function in Cartesian coordinates I am hoping for some help looking at the exponential function in Cartesian land. If we are given $e^{-(x^2+y^2)}$ and ...
2014-07-23 13:40:34 -0600	received badge	● Nice Answer (source)
2014-07-23 11:45:41 -0600	answered a question	In class Problem The way our group set it up was different, and here is why. The domain is only the top half of the unit sphere, so $\d ...
2014-07-21 18:26:17 -0600	received badge	● Critic (source)
2014-07-21 06:44:28 -0600	received badge	● Good Answer (source)
2014-07-19 11:45:58 -0600	received badge	● Nice Answer (source)
2014-07-19 06:19:32 -0600	answered a question	Post-test analysis Just wanted to chime in here, too. I also got (-1,0) and (1,0) for the maxima and I too noticed that this did not line u ...
2014-07-18 15:40:23 -0600	received badge	● Good Answer (source)