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by: Braeden Lind

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Calculus I MA 141

Braeden Lind
NCS
GPA 3.93

Alina Chertock

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COURSE
PROF.
Alina Chertock
TYPE
Class Notes
PAGES
2
WORDS
KARMA
25 ?

Popular in Mathematics (M)

This 2 page Class Notes was uploaded by Braeden Lind on Thursday October 15, 2015. The Class Notes belongs to MA 141 at North Carolina State University taught by Alina Chertock in Fall. Since its upload, it has received 10 views. For similar materials see /class/223681/ma-141-north-carolina-state-university in Mathematics (M) at North Carolina State University.

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Date Created: 10/15/15
Fall 2002 Math 144 Review Questions for Chapter 1 A Chertock After concluding Chapter 1 of the text7 you should be able to do the following 1 Give the de nition of a function Find the domain of a given function Sketch the graph of a given function including piecewise de ned functions 2 Determine whether a function is even7 odd7 or neither 3 Determine whether a function is increasing7 decreasing7 or neither 4 Sketch the graphs of the elementary functions 0 Polynomials 0 Power functions 0 Rational functions 0 Algebraic functions 0 Trigonometric functions 0 Exponential functions 0 Logarithmic functions 9 Determine whether a function is one to one Find the inverse function of a given function 03 Sketch a curve de ned by parametric equations lndicate with an arrow the direction in which the curve is traced as the parameter increases 1 Solve equations and inequalities that involve quadratic polynomials andor absolute values Fall 2002 Math 141 Review Questions for Chapter 4 A Chertock After concluding Chapter 4 of the text7 you should be able to do the following 1 For a given function f Find the vertical and horizontal asymptotes7 if any Find the intervals of increase and decrease c Find the local maximum and minimum values Find the intervals of concavity and the in ection points e Sketch the graph of f using the information from parts a d 2 Find the absolute maximum and absolute minimum values of fx on a given inter val 3 Use l7Hospital7s Rule where appropriate 4 Perform several steps of Newton7s method to nd an approximate solution of the equation f 0

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