find the derivative of the equation. h(z) = e[(−z^2)/2]
did you mean e ^ [(−z^2)/2] or e * [(−z^2)/2] ??
the ^ not *... it's e raised to (-z^2)/2
i got to be \[-xe^{{-x^{2} \over 2}} \]
i think you're definitely right - that makes so much sense.. i forgot that the integration of e^x equals itself
thanks for all your help - are you on here often??
haha np. Yea, i'm on summer break now so i'll be here sometimes
awesome - i'm working on problems for my calc 2 final.. so frustrating!
oh boy.... calc SUCKS!!! lol btw you can give the people that help you medals, become their fan and bunch other stuff... pretty cool web site to get some help hehe
haha tell me about it!! this final is our only grade in the class..how do i give medals? i'll totally give you a bunch!!
haha that's even worse. There's a gray bar on every post, on this bar there's a button [give meal] just click on it. Also if you leave your mouse cursor on top of my nickname image, you see my fans lmao THanks
i can't find it :-(.. i'll try to figure it out i'll be back asking questions later and the next few days.. btw just became a fan! haha thanks!
hahaha alright, thanks. Good luck
Join our real-time social learning platform and learn together with your friends!