Exam 2: Rate of Change: the Derivative
Exam 1: Functions and Change204 Questions
Exam 2: Rate of Change: the Derivative132 Questions
Exam 3: Shortcuts to Differentiation178 Questions
Exam 4: Using the Derivative94 Questions
Exam 5: Accumulated Change: the Definite Integral93 Questions
Exam 6: Antiderivatives and Applications122 Questions
Exam 7: Probability68 Questions
Exam 8: Functions of Several Variables134 Questions
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The graph of
is shown in the following figure. Is
positive, negative, or zero? 



Free
(Multiple Choice)
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Correct Answer:
A
Assume that f and g are differentiable functions defined on all of the real line. If
everywhere and
everywhere then
.



Free
(True/False)
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Correct Answer:
False
A. Give a difference quotient approximation (to one decimal place) of
where
.
B. Find the equation of the line tangent to the graph of
at the point where x = 3.



Free
(Short Answer)
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Correct Answer:
A. 0.6
B.
Given the graph below of
, is
positive, negative, zero or undefined? 



(Short Answer)
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Let
be the length of the side of a cube in terms of its volume. As V decreases, does the rate of change of x increase or decrease?

(Short Answer)
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The cost of extracting T tons of ore from a copper mine is
dollars. Would you expect
to be positive or negative?


(Multiple Choice)
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Assume that f and g are differentiable functions defined on all of the real line. f can satisfy:
everywhere,
everywhere, and
everywhere.



(True/False)
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In 2007, Apple's iTunes music store sold 2 billion songs. The number of iTunes songs purchased (in millions) is shown on the following chart, S(t), where time is measured in days since Apple iTunes sold 1 million songs (March 15, 2003).
A) Estimate
with the appropriate units.
B) Use
to estimate
to 2 decimal places.




(Short Answer)
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Consider the function f sketched in the following figure. Do you expect
to be positive, negative, or zero? 


(Short Answer)
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Cost and revenue functions for a certain chemical manufacturer are given in the following figure. How much does it cost to produce 10 tons? 

(Multiple Choice)
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Approximate to 3 decimal places (with a difference quotient and a calculator) the derivative of
at x = 1.

(Short Answer)
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The distance that a bird flies is measured by y miles for x minutes, and is given by the function
. What are the units of
A)
and
B)
?



(Short Answer)
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Assume that f and g are differentiable functions defined on all of the real line. It is possible that
everywhere,
everywhere, and
everywhere.



(True/False)
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Every day the Undergraduate Office of Admissions receives inquiries from eager high school students (e.g. "Please send me an application",etc.) They keep a running count of the number of inquiries received each day, along with the total number received until that point. Below is a table of weekly figures from about the end of August to about the end of October of a recent year. One of these columns can be interpreted as a rate of change. Which one is it? 

(Multiple Choice)
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Your friend Herman operates a neighborhood lemonade stand. . Last month he spent $2 and made 19 glasses of lemonade, and another time he spent $5 and made 83 glasses of lemonade. You decide to use this data to create a linear cost function,
, giving the cost in dollars of making q glasses of lemonade. If lemonade sells for $0.15 per glass, how many glasses must he sell to break even?

(Short Answer)
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Suppose the graph of f is in the figure below. Is
positive, negative, or zero? 


(Short Answer)
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Let
be the amount of lumber, in board-feet, produced from a tree of radius r (measured in inches). Which of the following gives the radius (in inches) of a tree that produces 150 board-feet of lumber ?

(Multiple Choice)
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