The Derivative Homework
Directions: Write legibly and in pencil. Complete the homework on time and by yourself. For each problem, write the instructions, label the solution, show all steps, and write the final answer in a sentence. Do not turn in your scratch work. Staple your pages together, in the correct order, and use this page as a cover sheet.
(1) Using the definition of the derivative, calculate the derivative of the function
and then evaluate the derivative function at
and
(2) Using the definition of the derivative, calculate the derivative of the function
and then evaluate the derivative function at
and
(3) Using the definition of the derivative, calculate the derivative
if
(4) Using the definition of the derivative, calculate the derivative
if
(5) Differentiate the function
and find the slope of the tangent line at the point where
(6) Differentiate the function
and find the slope of the tangent line at the point where
(7) Find the value of the derivative
when
(8) Find the value of the derivative
when
(9) Use the formula
to find the derivative of the function
(10) For each of the following pictures, the graph of
and
are shown. Label both
and
.
![the derivative homework _gr_27.gif]](pages/the-derivative-homework/Images/the-derivative-homework_gr_27.gif)
![the derivative homework _gr_28.gif]](pages/the-derivative-homework/Images/the-derivative-homework_gr_28.gif)
(11) For each of the following pictures, the graph of
and
are shown. Label the function and its derivatives for each.
![the derivative homework _gr_32.gif]](pages/the-derivative-homework/Images/the-derivative-homework_gr_32.gif)
![the derivative homework _gr_33.gif]](pages/the-derivative-homework/Images/the-derivative-homework_gr_33.gif)
(12) If possible, give an example of a function that is continuous on
but does not have a derivative at
Sketch and explain.
(13) 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.
(14) 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.
(15) 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.
(16) Using the definition of the derivative of a function find the derivative function given
(17) Using the definition of the derivative of a function find the derivative function given
(18) Using the definition of the derivative of a function find the derivative function given
(19) Using the definition of the derivative of a function find the derivative function given
The Derivative Homework
Published by Library of Math -- Online math organized by subject into topics.
Written by Smith, David A.
http://www.libraryofmath.com/the-derivative-homework.html


