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A calculus test consisting of two parts. Part i includes multiple-choice questions on differentiating functions such as e^(-x)cos(x), ln(x), and tan^(-1)(2x). Part ii involves solving problems that require showing work, like finding the linear approximation of a function, using newton's method, and applying logarithmic differentiation. The test covers topics like differentiation, limits, and logarithmic functions.
Typology: Exams
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Part I consists of 6 questions. Clearly write your answer (only) in the space provided after each question. You do not need not to show your work for this part of the test. No partial credit is awarded for this part of the test!
Question 1
Differentiate the function y = e−x^ cos x.
Answer:.....................
Question 2
Find the derivative of the function f (x) =
ln x 2 x^2
Answer:.....................
Question 3
Differentiate the function y = ln(cos x).
Answer:..................
Question 4
Suppose h(x) = e−xg(x) where g(0) = 2 and g′(0) = −4. Find the numerical value of h′(0).
Answer:..................
Question 5
Find the derivative of the function y = tan−^1 (2x).
Answer:..................
Question 6
Evaluate (^) xlim→∞
ln(x + 2) 3 x − 5
Answer:..................
Consider the function f (x) = x^3 − 12 x on the interval [− 3 , 3].
(1) Find all critical numbers of f in the given interval.
(2) Find the maximum and minimum values of f on [− 3 , 3].
(1) Differentiate the function, and simplify completely by expressing your answer as a single fraction.
g(x) = ln
3
x + 1 x − 1
(2) Differentiate the function y = e−x^ cos^ x.
(1) Find the absolute maximum value of f (x) = x^3 − 3 x on the interval [0, 3].
(2) Show that the equation 2x + 8 − cos x = 0 has exactly one real root.