(24 pt) Find
derivatives for the following functions:
a) b)c) d)
(20 pt) Find the
following limits:
a) b) c)
d)
(24 pt) Evaluate the
following integrals:
a) b) c)
d)
(5 pt) Use the definition
of the definite integral to find with a constant.
(5 pt) Use the
definition of the derivative to find the derivative of
(8 pt) Find the volume
of the maximal (with respect to volume) cylinder that can be inscribed in
a sphere of radius
(5 pt) Use a linear
approximation to estimate .
(5 pt) Suppose that you
wish to use Newton’s Method to estimate the smallest positive root of You discover
that this root occurs between 0 and 1. Which (of the numbers 0 or 1)
should you choose as an initial approximation for Newton’s Method (Do they
both work? Why or why not?).
(8 pt) Sketch the graph
of the function You may assume
that this function has the axis as a vertical asymptote.
(6 pt) Suppose that a
spherical balloon is deflating so that its radius is decreasing at 1 inch
every 2 seconds. How fast is the surface area of the balloon changing when
the balloon’s radius is 2 inches?