Partial Derivatives in 3D
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This example demonstrates partial derivatives in 3D space. It involves core concepts of partial derivatives and uses GeoGebra commands such as Derivative, Line, Segment, etc., to illustrate how to compute and visualize the partial derivatives of a 3D function. Suitable for university-level calculus courses.
GeoGebra Commands & Parameters
Derivative(f, x) → aDerivative(f, y) → bLine(B, C) → cLine(B, D) → dSegment(B, E) → jSegment(C, E) → gSegment(B, F) → hSegment(D, F) → iTextfield(f) → inputBox1Textfield(A) → inputBox2Midpoint(B, E) → GMidpoint(D, F) → HCircle(A, 1, xOyPlane) → circlePoint(circle) → JVector(A, J) → uVector((0, 0), (z(E) - z(B), z(D) - z(B))) → Grad_fSegment(B, K) → kLine(L, B) → lSegment(L, K) → nMidpoint(K, L) → I