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Office hours Tuesdays 4-5 pm and Thursdays 2-4 pm in Lopata Hall 102.Math 132 Subsections (Spring 2007): (C) Tuesday 10-11am, Eads 204 |
Old exams for this class can be found here. This is a link to Professor's McCarthy's Math 132 Page This is a link to Professor McCarthy's Suggested homework problems. Old notes on Taylor series - UPDATED with example on 12.10.06Chart on applying tests for convergence of seriesMath 132 Spring 2007 Exam SolutionsExam 1 solutions Sorry about #6, I converted cm to m incorrectly. Exam 2 solutions Sorry, I circled the wrong answer for #9, the correct answer is F. Math 132 Fall 2006 Quiz and Exam SolutionsHint / Explanation for HW 10 problem 8Quiz Solutions for Larry's discussion section:This is a Link to the Math 132 Course website This is a link to Professor Blank's calculus "stuff" The quizzes are listed by quiz number and topic.
Quiz 1, Topic: Riemann sums, Definite Integrals and Fundamental Theorem of Calculus
Quiz 2, Topic: Fundamental Theorem of Calculus and bounds for definite integrals
Quiz 3, Topic: Integration by substitution and numerical integration
Quiz 4, Topic: Logarithmic differentiation and exponential growth/decay
Quiz 5, Topic: Calculus of Inverse trigonometric functions and Integration by Parts
Quiz 6, Topic: Integration techniques: partial fractions and trigonometric substitution
Quiz 7, Topic: Computing arclength and probability.
Quiz 8, Topic: Center of Mass and improper integrals
Quiz 9, Topic: Convergence and Divergence of series
Quiz 10, Topic: Ratio/Root test for convergence of series and interval of
convergence of power series
Practice Exams
Exam Solutions
Math 132 Fall 2005 Quiz and Exam Solutions
Quiz 1, Topic: Fundamental Theorem of Calculus
Quiz 2, Topic: Substitution and Integration by Parts
Quiz 3, Topic: More Integration Techniques
Quiz 4, Topic: Differential Equations and Euler's Method.
Quiz 5, Topic: Differential Equations.
Quiz 6, Topic: Differential equations, areas between curves.Note:Error on Question #2 Subsection T.
Quiz 7, Topic: Volumes of revolution, length of curves, and averages of
functions.
Quiz 8, Topic: Work and probability.
Quiz 9, Topic: Sequences and Series.(Note: I have included 2 methods of
solving question 1 for subsection T).
Quiz 10, Topic: Taylor Series. Typo in solution to Section T #2. The
expanded expression isn't the right answer, but the one with the sum is. Exam Solutions
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