Quiz (Introducing Derivatives)
Find the derivatives for the given function.
(1) For each of the following pictures, the graph of
and
are shown. Label both
and
.
![introducing derivatives quiz _gr_5.gif]](pages/introducing-derivatives-quiz/Images/introducing-derivatives-quiz_gr_5.gif)
![introducing derivatives quiz _gr_6.gif]](pages/introducing-derivatives-quiz/Images/introducing-derivatives-quiz_gr_6.gif)
For each of the following pictures, the graph of
and
are shown. Label the function and its derivatives for each.
![introducing derivatives quiz _gr_10.gif]](pages/introducing-derivatives-quiz/Images/introducing-derivatives-quiz_gr_10.gif)
![introducing derivatives quiz _gr_11.gif]](pages/introducing-derivatives-quiz/Images/introducing-derivatives-quiz_gr_11.gif)
(3) Explicitly write functions
that satisfies the given conditions. Also sketch the graph and explain why the function satisfies the given conditions.
(a) If possible, give an example of a function that is continuous on
but does not have a derivative at
Sketch and explain. (b) If possible, give an example of a function that is continuous and increasing on
continuous and decreasing on
discontinuous at
and has a derivative at
Sketch and explain. (c) If possible, give an example of a function that is continuous and increasing on
continuous and decreasing on
discontinuous at
and does not have a derivative at
Sketch and explain. (d) If possible, give an example of a function that has a graph with an infinite number of points where
is not differentiable and is continuous on
Sketch and explain. (4) Using the definition of the derivative of a function find the following derivative functions, if they exist.
![introducing derivatives quiz _gr_25.gif]](pages/introducing-derivatives-quiz/Images/introducing-derivatives-quiz_gr_25.gif)
Cite this as: Introducing Derivatives Quiz Published by Library of Math -- Online math organized by subject into topics.
Written by Smith, David A.
http://www.libraryofmath.com/introducing-derivatives-quiz.html
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