# Taylor Series

1. Nov 25, 2007

### Mattofix

Last edited by a moderator: May 3, 2017
2. Nov 25, 2007

### HallsofIvy

Staff Emeritus
Are you serious? You have never seen Taylor's series before and your teacher assigned a problem like this? klWhat an evil person!

The Taylor's series, at (0,0), for a function, f(x,y), of two variables is given by
$$f(0,0)+ f_x(0,0)x+ f_y(0,0)y+ \frac{f_{xx}(0,0)}{2}x^2+ \frac{f_{xy}(0,0)}{2}xy+ \frac{f_{yy}(0,0)}{2}y^2+ \frac{f_{xxx}(0,0)}{6}x^3+ \frac{f_{xxy}(0,0)}{6}x^2y+ \frac{f_{xyy}(0,0)}{6}xy^2+ \frac{f_{yyy}(0,0)}{6}y^3+ \cdot\cdot\cdot$$

Can you find those derivatives?