Quiz (Chain Rule)
Show all work and justify each step.
(1) Differentiate the following functions. Show all steps. (a)
![chain rule quiz _gr_1.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_1.gif) (b)
![chain rule quiz _gr_2.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_2.gif) (c)
![chain rule quiz _gr_3.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_3.gif)
(2) If
where
is a differentiable function, find
![chain rule quiz _gr_6.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_6.gif)
(3) Suppose
is a differentiable function on
Let
and
Find expressions for
and
![chain rule quiz _gr_12.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_12.gif)
(4) Determine if the following statement is true or false. Then justify your claim. If
is a differentiable function of
is a differentiable function of
and
is a differentiable function of
then
![chain rule quiz _gr_19.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_19.gif) (5) Let
be a differentiable function of
Use
to prove that
when
Use the formula to find
given
![chain rule quiz _gr_26.gif]](pages/chain-rule-quiz/Images/chain-rule-quiz_gr_26.gif)
(6) Show that
What do you think is the importance of the exercise?
Cite this as: Chain Rule Quiz Published by Library of Math -- Online math organized by subject into topics.
Written by Smith, David A.
http://www.libraryofmath.com/chain-rule-quiz.html
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