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The Chain Rule ... the weakest link

Calculus 45S Slides March 28, 2008

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The Chain Rule.

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Page 1: Calculus 45S Slides March 28, 2008

The Chain Rule ...

the weakest link

Page 2: Calculus 45S Slides March 28, 2008

Practicing the Quotient Rule

Sing it with me baby!

We're back! by fofurasfelinas

Page 3: Calculus 45S Slides March 28, 2008

Theorem. Let F be the composition of two differentiable functions ƒ and g; F(x) = ƒ(g(x)). Then F is differentiable and

For each of the following functions, identify the inner function g(x) and the outer function ƒ(x).

The Chain Rule

Chain Linkage

Page 4: Calculus 45S Slides March 28, 2008

Theorem. Let F be the composition of two differentiable functions ƒ and g; F(x) = ƒ(g(x)). Then F is differentiable and

For each of the following functions, identify the inner function g(x) and the outer function ƒ(x).

The Chain Rule

Chain Linkage

Page 5: Calculus 45S Slides March 28, 2008

Theorem. Let F be the composition of two differentiable functions ƒ and g; F(x) = ƒ(g(x)). Then F is differentiable and

For each of the following functions, identify the inner function g(x) and the outer function ƒ(x).

The Chain Rule

Chain Linkage

Page 6: Calculus 45S Slides March 28, 2008

Now, let's find the derivative of F(x) in each of these cases.

Page 7: Calculus 45S Slides March 28, 2008

A little extra practice ...

Visit Visual Calculus for more differentiation fun!