Oct 19, 2012 #1 M. next Messages 380 Reaction score 0 How is it that: See figure: Given: See figure too In details, I don't get the maths and simplification that took place! Thanks! Attachments Nor.PNG 3.4 KB · Views: 538 Eqqqq.PNG 2.1 KB · Views: 503
How is it that: See figure: Given: See figure too In details, I don't get the maths and simplification that took place! Thanks!
Oct 19, 2012 #2 dextercioby Science Advisor Insights Author Messages 13,388 Reaction score 4,042 Well, what is [exp(-x^2)]^2 equal to ?
Oct 19, 2012 #4 jtbell Staff Emeritus Science Advisor Homework Helper Messages 16,023 Reaction score 7,543 Remember, exp(a) = e^a. So exp(a)exp(a) = (e^a)(e^a) = ... ?
Oct 20, 2012 #5 M. next Messages 380 Reaction score 0 it is supposed to be e^2a. Correct me if am wrong.
Oct 20, 2012 #6 jtbell Staff Emeritus Science Advisor Homework Helper Messages 16,023 Reaction score 7,543 Right. So that should tell you what [e^(-x^2)][e^(-x^2)] is.
Oct 20, 2012 #7 TheDragon Messages 10 Reaction score 0 woah get your math straight. that's not true: exp(a^2) =(e^a)(e^a) the integral of exp[-x^2] is defined only from -infinity to infinity.
woah get your math straight. that's not true: exp(a^2) =(e^a)(e^a) the integral of exp[-x^2] is defined only from -infinity to infinity.