Problem 3 Calculate the 4th order Taylor polynomial of the following function at the point (0,0). f(x, y) = e(x² + y²)

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Calculate the 4th order Taylor polynomial of the following function at the point (0,0). f(x,y)=-e^-(x^2+y^2)
Problem 3 Calculate the 4th order Taylor polynomial of the following function at the point (0,0).
f(x, y) = e−(x² + y²)
So for example in 2D and 3D (assuming square matrices) we have:
oh oh oh
J
oh oh
of₂01₂
of 0 of
Sometimes the determinant of this matrix is also called the
Jacobian too.
One of the meaning's of the Jacobian determinant is as a scaling
factor. This will be used a lot in multiple integrals in alternative
coordinate systems.
Transcribed Image Text:Problem 3 Calculate the 4th order Taylor polynomial of the following function at the point (0,0). f(x, y) = e−(x² + y²) So for example in 2D and 3D (assuming square matrices) we have: oh oh oh J oh oh of₂01₂ of 0 of Sometimes the determinant of this matrix is also called the Jacobian too. One of the meaning's of the Jacobian determinant is as a scaling factor. This will be used a lot in multiple integrals in alternative coordinate systems.
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