Taylor Polynomials of a Function of Two Variables

Developing the 1st and 2nd degree Taylor Polynomials of a function of two variables and visualizing them on CalcPlot3D.

[haricalderom]

thank you, Paul the wise
I was pocking my head into the wall trying to understand my mistakes
6 mins in and now i know!

[harwardw]

Thank you for making this tutorial, really appreciate it!

[kyri]

5:45 - Why did you consider only the partial derivative f_xy rather than both f_xy and f_yx when writing the Taylor's expansion of the function f? Does the Taylor's approximation to a function f consider only unique partial derivatives? Is that why only one of those 2 equivalent partial derivatives were considered?

[Kamnuma]

It was a very goog video. Thank you Paul!

[aghasaadfraz]

Nice work Dude!helped a lot, keep up the good work

[andreatoth]

Thank you so much!!! It was a huge help :)

[Kudravets-Diana]

Can someone explain me how to do taylor to e^(x+y+xy) ?

[methmipavithra]

Sir can you please explain how to get fxy(x, y)=e^y

[salmankhanma]

Hello sir can i know how to decide the degree of the function if they dint mention that in the qtn
in this qtn they have given the degree but if they dint give then??

[macchan]

anyone knows how to get the 6th degree?

[aashsyed]

Tell me the 3rd taylor polynomial of this now.!!!!