https://padlet.com/tj_middleton/kswg7ued6fznq0or Use this as a way to collaborate about getting GeoGebra to calculate the area of the "pink region" from our notes, including making the area negative if the point goes below the x-axis. If you all can solve this together, you all get a free extra 4 (out of 4) in the gradebook. It's kinda a small bonus. At the very least, everyone must either post what they've done so far as an attempt or make a couple of deep, helpful comments on the work of others. I feel that making an account on GeoGebra and then sharing a link to your work there is your best bet for showing classmates what you've accomplished so far. Remember that insightful questions also show engagement in the task. If this is solved before class on Thursday, you get that extra free homework grade! en-us 2020-11-02 17:27:31 UTC 2023-03-18 11:56:24 UTC hello@padlet.com https://padlet.net/icons/png/1f427.png tj_middleton https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883255317 has two variables, so maybe implicit; also reminds us of system of equations; more than one solution?]]> 2020-11-02 17:33:09 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883255317 tj_middleton https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883262284 Also tried to work backwards from implicit; only feels like got one part]]> 2020-11-02 17:34:23 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883262284 https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883274577 I plugged in (0,3/4) for x and y.  I got (9/16)-(3/4)e^(-3/4)]]> 2020-11-02 17:36:52 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883274577 branchdemersseman https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883278109 2020-11-02 17:37:16 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883278109 branchdemersseman https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883290546 2020-11-02 17:40:02 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883290546 saskiabauman https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883299157 I remember last year doing problems like this and we could solve for the integral and then plug in the point to figure out what the +C was and then we could figure out f(2) from there, but I don't know how to do implicit integrals
I solved for x but I'm not sure why
and I got stuck because I didn't know how to get the integral of e^y(y^2) 
then I solved for y and plugged in f(0)=3/4 and got y'=3/2 and plugged it in and tried to solve for y


]]> 2020-11-02 17:41:57 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883299157 https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883327479 What if we use the point we have to calculate the slope of the tangent line at f(0) and then use that estimate for f(2)?]]> 2020-11-02 17:48:24 UTC https://padlet.com/tj_middleton/kswg7ued6fznq0or/wish/883327479