Re: HSC 2018 MX2 Integration Marathon
Are you sure the integrand is correct?
Are you sure the integrand is correct?
Try replacing both e^x with e^(x^2).Surely it's been written wrong? Only way I can think of using Taylor, but that is outside 4U scope.
Just consider the integral from 0 to a first, then take the limit as a->pi^{-}.Damn that pi lemme sit on it a n=bit longer
If you don't mind me asking, where do you get these integrals from?Show that
Construct from simpler integrals using trig identities and properties of definite integrals.If you don't mind me asking, where do you get these integrals from?
a very nice integral.Continue to have fun with trig.
Harder version:
Find the area between x-axis and y=f(x) on its maximal domain.
Simpler version:
Show that