Author | Message | Time |
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Networks | Is the integral of e^2x = (1/2)(e^(2x)) + C? I was going to ask how you do it but I think I got it and I think that's right. Just verifying. *Realized you can just use substitution* | April 20, 2006, 1:56 AM |
kamakazie | No. Integral of e^2x = (e^2)(x^2)/2 + c. Looks like you integrated e^(2x). | April 20, 2006, 3:52 AM |
Networks | [quote author=dxoigmn link=topic=14806.msg150881#msg150881 date=1145505126] No. Integral of e^2x = (e^2)(x^2)/2 + c. Looks like you integrated e^(2x). [/quote] I meant e^(2x) sorry. | April 20, 2006, 4:13 AM |
Yoni | Yes. You can verify by calculating the derivative of (1/2)(e^(2x)) + C and getting e^(2x). | April 20, 2006, 11:22 AM |