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 Apr4 awarded Notable Question Mar13 awarded Notable Question Jan29 awarded Famous Question Dec5 awarded Popular Question Nov21 awarded Popular Question Nov11 awarded Popular Question Aug30 awarded Notable Question May25 awarded Popular Question Dec12 accepted Identifying inflection points and critical points Dec12 comment Identifying inflection points and critical points Thanks for the help, glad to have all you helpful people around! Dec12 revised Identifying inflection points and critical points added 2 characters in body Dec12 comment Identifying inflection points and critical points There I plugged the values back into the original to get the points, do they look correct? Also, when should I know when to check for asymptotes? Dec12 revised Identifying inflection points and critical points added 21 characters in body Dec12 comment Identifying inflection points and critical points @AndréNicolas Good catch, you have a good eye. Dec12 comment Identifying inflection points and critical points Plug them back into the derivative or the original equation? Dec12 comment Identifying inflection points and critical points Can you explain the second part of that? Regarding the point (x,y)? I ended up with x = 6. Dec12 asked Identifying inflection points and critical points Dec12 comment How do I set up this related rates problem? Thank you for all the help thus far, I'll have to look over implicit differentiation more. I don't think I'll have enough time prior to the test, but I'll be back this week so at least I know it even if it isn't in time for the test. (going to delete some prior comments to keep this from becoming too long.) I need to cover one last topic before I take the test which I'll post about shortly. Dec12 comment How do I set up this related rates problem? Thanks for commenting, I'll need to look over implicit differentiation before coming back and giving this a try. I'll be back though (likely later this week -- not in time for the test though). Luckily I believe there will only be one or two implicit problems on the test. Expect a comment later this week when I come back. (I have to shift focus to one last topic before I take the test) Dec12 comment How do I set up this related rates problem? My issue here is I don't understand implicit differentiation well enough, I need to go back and go over it before I can go further with this question apparently. As far as the equation, it should be more along the lines of $x^2 + y^2 = c^2$ I suppose