The error function erf(x) = \frac{2}{\sqrt{\pi}} \int_0^x e^{-t... | Filo

The error function, erf x, is important in probability and stat... | Filo

Error Function: Simple Definition, Table of Values

The error function, erf(x)=(2)/(√(π)) ∫0^x e^-t^2 d t important in probability and in the theories of heat flow and signal transmission, must be evaluated numerically because there is no elementary expression for the antiderivative of e^-t^2 a. Use Simpson's Rule with n=10 to estimate erf (1) b. In [0,1] |(d^4)/(d t^4)(e^-t)| ≤12 Give an upper bound for the magnitude of the error of the estimate in part (a). | Numerade

Question:For the error function, prove the following propertie... | Filo