Add to ORKGCalculus, derivares and Analytic GeometryThe derivative of the composition of two functions is given by the chain rule, which states that the derivative of f(g(x)) is f´(g(x))g´(x). The graphs of f(g(x)) and its derivative are colored blue and purple. The tangent to f(g(x)) at the red point is the green lineComponente Curricular::Educação Superior::Ciências Exatas e da Terra::Matemátic
AbstractWe consider operators T from C1(R) to C(R) satisfying the “chain rule”T(f∘g)=(Tf)∘g⋅Tg,f,g∈C...
AbstractThe Chain Rule that expresses the derivative of exp (A(t)) as an infinite series involving i...
Students have experienced difficulty in understanding and using the chain rule. This study aims at a...
Calculus, derivares and Analytic GeometryThe derivative of the composition of two functions is given...
• We will give a definition • Prove the chain rule • Learn how to use it • Do example problems Defin...
DerivativesIf f and g are both differentiable at x, then the derivative of their product at x is giv...
DerivativesIf f and g are both differentiable at x and g(x)=/0, then the derivative of their quotien...
Calculus, DerivativesThis Demonstration illustrates the connection between a function and its deriva...
In this perspective paper, I tried to explain that what will be the possible prospect of multiple fu...
It is demonstrated how to perform differentiation using the chain rule, side-stepping the use of new...
Applies the multivariate chain rule to an example where z(x,y), x(t), y(t), to find dz/dt
CalculusDrag the red marker along the x axis to move the point and tangent line. Choose among polyno...
First published in Geometry & Topology, in Volume 6, (2002), 853-887, published by Mathematical Scie...
In this paper we prove a new chain rule formula for the distributional derivative of the composite f...
We define the tangential derivative, a notion of directional derivative which is invariant under dif...
AbstractWe consider operators T from C1(R) to C(R) satisfying the “chain rule”T(f∘g)=(Tf)∘g⋅Tg,f,g∈C...
AbstractThe Chain Rule that expresses the derivative of exp (A(t)) as an infinite series involving i...
Students have experienced difficulty in understanding and using the chain rule. This study aims at a...
Calculus, derivares and Analytic GeometryThe derivative of the composition of two functions is given...
• We will give a definition • Prove the chain rule • Learn how to use it • Do example problems Defin...
DerivativesIf f and g are both differentiable at x, then the derivative of their product at x is giv...
DerivativesIf f and g are both differentiable at x and g(x)=/0, then the derivative of their quotien...
Calculus, DerivativesThis Demonstration illustrates the connection between a function and its deriva...
In this perspective paper, I tried to explain that what will be the possible prospect of multiple fu...
It is demonstrated how to perform differentiation using the chain rule, side-stepping the use of new...
Applies the multivariate chain rule to an example where z(x,y), x(t), y(t), to find dz/dt
CalculusDrag the red marker along the x axis to move the point and tangent line. Choose among polyno...
First published in Geometry & Topology, in Volume 6, (2002), 853-887, published by Mathematical Scie...
In this paper we prove a new chain rule formula for the distributional derivative of the composite f...
We define the tangential derivative, a notion of directional derivative which is invariant under dif...
AbstractWe consider operators T from C1(R) to C(R) satisfying the “chain rule”T(f∘g)=(Tf)∘g⋅Tg,f,g∈C...
AbstractThe Chain Rule that expresses the derivative of exp (A(t)) as an infinite series involving i...
Students have experienced difficulty in understanding and using the chain rule. This study aims at a...