CALCULUS II MATH 2414 Calculus I Review Worksheet-Answers 1 1 2 p 558 – Basic Integration Formulas (Thomas' CALCULUS Media Upgrade 11th edition)
REVIEW WORKSHEET FOR TEST #3 1 Find the general term of the following sequence, determine if it converges, and if so to what limit 2
Worksheet for Calculus 2 Tutor, Section 8: Arc Length 1 Calculate the length of the following lines using the arc length calculation formula
This booklet contains our notes for courses Math 152 - Calculus II at Simon Fraser University Students are expected to bring this booklet to each lecture and
Calculus II Practice Problems 1: Answers 1 Solve for x: a) 6x 362¡ x Answer Since 36 62, the equation becomes 6x 62 ¢ 2¡ x£ , so we must have x
Math 251 Worksheet: Calculus II Review Exercises This worksheet serves as a review of only the truly essential material from Math 152 that you
2 Write an equation in polar coordinates for the circle of radius ?2 centered at (x, y) = (1,1)
10 déc 2015 · (In Calculus I and II, sometimes called single variable calculus, we study functions of one variable, so the word argument is singular
For this worksheet (and on homework), we choose functions where the integrals are possible to do by hand or by using an integration table
Calculus I Review Worksheet Find the derivative ( ) dy y or dx ′ for each function 1 y = (x 2 - 4x + 5)2/3 2 y = tan(2πx) 3 cos(5 ) y x = 4 y = sin2 (3x)
Philosophical Introduction: In Calculus II, we have a number of ideas The goals of this worksheet are to: 1) build familiarity with basic series, and to 2) look at
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Calculus II, Worksheet 1
Name: Please answer the following questions in the spaces provided, or on your own paper. You may use your textbook, but do not consult any other sources or with each other. This worksheet is due onJuly 21st. As you have plenty of time for this, you will not receive credit for illegible or excessively disorganized work. Philosophical Introduction:In Calculus II, we have a number of ideas (Squeezing Theo- rem, Comparison Test, etc.) which rely on intuition in deciding what comparisons to make. The goals of this worksheet are to: 1) build familiarity with basic series, and to 2) look at the properties of series abstractly, to help you see which details are and are not important.
1. (10 pts) Find examples of divergent series
1X k=1a kand1X k=1b kwith limk!1ak= 0 and lim k!1bk= 0 such that: (a) 1X k=1(ak+bk) converges. (b) 1X k=1(ak+bk) diverges. (c) 1X k=1(akbk) converges. (d) 1X k=1(akbk) diverges.
2. (10 pts)
(a) Suppose that ak 1 k=1andbk 1 k=1are sequences such thatak>0 andbk>0 for allkand limk!1bkconverges to a limitB >0.
Show that
1X k=1a kconverges if and only if1X k=1a kbkconverges. (b) Suppose that ak 1 k=1is a sequence such that 0< ak<1 for allkand that the series 1X k=1a kconverges. Determine whether1X k=1a
2kconverges.
(c) Suppose that ak 1 k=1is a sequence bounded below byM1>0 and bounded above byM2. (Note that we do not require thatak 1 k=1converges!)
Compute lim
k!1a kk and determine for what values ofpthe series1X k=1a kk pconverges. 2
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