1 Limits And Continuity 2 The Derivative 3 Topics In Differentiation 4 The Derivative In Graphing And Applications 5 Integration 6 Applications Of The Definite Integral In Geometry, Science, And Engineering 7 Principles Of Integral Evaluation 8 Mathematical Modeling With Differential Equations 9 Infinite Series 10 Parametric And Polar Curves; Conic Sections 11 Three-dimensional Space; Vectors 12 Vector-valued Functions 13 Partial Derivatives 14 Multiple Integrals 15 Topics In Vector Calculus expand_more
4.1 Analysis Of Functions I: Increase, Decrease, And Concavity 4.2 Analysis Of Functions Ii: Relative Extrema; Graphing Polynomials 4.3 Analysis Of Functions Iii: Rational Functions, Cusps, And Vertical Tangents 4.4 Absolute Maxima And Minima 4.5 Applied Maximum And Minimum Problems 4.6 Rectilinear Motion 4.7 Newton’s Method 4.8 Rolle’s Theorem; Mean-value Theorem Chapter Questions expand_more
Problem 1QCE: A function f has a relative maximum at x0 if there is an open interval containing x0 on which fx is... Problem 2QCE: Suppose that f is defined everywhere and x=2,3,5,7 are critical points for f . If fx is positive on... Problem 3QCE: Suppose that f id defined everywhere and x=2 and x=1 are critical for f . If fx=2x+1, then f has a... Problem 4QCE: Let fx=x242 . Then fx=4xx24 and fx=43x24 . Identify the locations of the (a) relative maxima, (b)... Problem 1ES: In each part, sketch the graph of a continuous function f with the stated properties. (a) f is... Problem 2ES: In each part, sketch the graph of a continuous function f with the stated properties. (a) f has... Problem 3ES: (a) Use both the first and second derivative tests to show that fx=3x26x+1 has a relative minimum at... Problem 4ES: (a) Use both the first and second derivative tests to show that fx=sin2x has a relative minimum at... Problem 5ES: (a) Show that both of the functions fx=x14 and gx=x33x2+3x2 have stationary points at x=1 . (b) What... Problem 6ES: (a) Show that fx=1x5 and gx=3x48x3 both have stationary points at x=0 . (b) What does the second... Problem 7ES: Locate the critical points and identify which critical points are stationary points. fx=4x416x2+17 Problem 8ES: Locate the critical points and identify which critical points are stationary points. fx=3x4+12x Problem 9ES: Locate the critical points and identify which critical points are stationary points. fx=x+1x2+3 Problem 10ES: Locate the critical points and identify which critical points are stationary points. fx=x2x3+8 Problem 11ES: Locate the critical points and identify which critical points are stationary points. fx=x2253 Problem 12ES: Locate the critical points and identify which critical points are stationary points. fx=x2x12/3 Problem 13ES: Locate the critical points and identify which critical points are stationary points. fx=sinx Problem 14ES: Locate the critical points and identify which critical points are stationary points. fx=sinx Problem 15ES: Assume that is continuous everywhere. Determine whether the statement is true or false. Explain... Problem 16ES: Assume that f is continuous everywhere. Determine whether the statement is true or false. Explain... Problem 17ES: Assume that f is continuous everywhere. Determine whether the statement is true or false. Explain... Problem 18ES: Assume that f is continuous everywhere. Determine whether the statement is true or false. Explain... Problem 19ES: The graph of a function fx is given. Sketch graphs of y=fx and y=fx . Problem 20ES: The graph of a function fx is given. Sketch graphs of y=fx and y=fx . Problem 21ES: Use the graph of f shown in the figure to estimate all values of x at which f has (a) relative... Problem 22ES: Use the graph of f shown in the figure to estimate all values of x at which f has (a) relative... Problem 23ES: Use the graph of f shown in the figure to estimate all values of x at which f has (a) relative... Problem 24ES: Use the graph of f shown in the figure to estimate all values of x at which f has (a) relative... Problem 25ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 26ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 27ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 28ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 29ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 30ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 31ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 32ES: Use the given derivative to find all critical points of f, and at each critical point determine... Problem 33ES: Find the relative extrema using both first and second derivative tests. fx=1+8x3x2 Problem 34ES: Find the relative extrema using both first and second derivative tests. fx=x412x3 Problem 35ES: Find the relative extrema using both first and second derivative tests. fx=sin2x,0x Problem 36ES: Find the relative extrema using both first and second derivative tests. fx=x3ex Problem 37ES: Use any method to find the relative extrema of the function f. fx=x44x3+4x2 Problem 38ES: Use any method to find the relative extrema of the function f . fx=xx43 Problem 39ES: Use any method to find the relative extrema of the function f . fx=x3x+12 Problem 40ES: Use any method to find the relative extrema of the function f . fx=x2x+13 Problem 41ES: Use any method to find the relative extrema of the function f . fx=2x+3x2/3 Problem 42ES: Use any method to find the relative extrema of the function f . fx=2x+3x1/3 Problem 43ES: Use any method to find the relative extrema of the function f . fx=x+3x2 Problem 44ES: Use any method to find the relative extrema of the function f . fx=x2x4+16 Problem 45ES: Use any method to find the relative extrema of the function f . fx=ln2+x2 Problem 46ES: Use any method to find the relative extrema of the function f . fx=ln2+x3 Problem 47ES: Use any method to find the relative extrema of the function f . fx=e2xex Problem 48ES: Use any method to find the relative extrema of the function f . fx=xex2 Problem 49ES: Use any method to find the relative extrema of the function f . fx=3xx2 Problem 50ES: Use any method to find the relative extrema of the function f . fx=1+x3 Problem 51ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 52ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 53ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 54ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 55ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 56ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 57ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 58ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 59ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 60ES: Give a graph of the polynomial and label the coordinates of the intercepts, stationary points, and... Problem 61ES: In each part: (i) Make a conjecture about the behavior of the graph in the vicinity of its... Problem 62ES: Sketch the graph of y=xamxbn for the stated values of m and n, assuming that ab (six graph in... Problem 63ES: Find the relative extrema in the interval 0x2, and confirm that your results are consistent with the... Problem 64ES: Find the relative extrema in the interval 0x2, and confirm that your results are consistent with the... Problem 65ES: Find the relative extrema in the interval 0x2, and confirm that your results are consistent with the... Problem 66ES: Find the relative extrema in the interval 0x2, and confirm that your results are consistent with the... Problem 67ES: Use a graphing utility to make a conjecture about the relative extrema of f, and then check your... Problem 68ES: Use a graphing utility to make a conjecture about the relative extrema of f, and then check your... Problem 69ES: Use a graphing utility to make a conjecture about the relative extrema of f, and then check your... Problem 70ES: Use a graphing utility to make a conjecture about the relative extrema of f, and then check your... Problem 71ES: Use a graphing utility to generate the graphs of f and f over the stated interval, and then use... Problem 72ES: Use a graphing utility to generate the graphs of f and f over the stated interval, and then use... Problem 73ES: Use a CAS to graph f and f, and then use those graphs to estimate the x-coordinates of the relative... Problem 74ES: Use a CAS to graph f and f, and then use those graphs to estimate the x-coordinates of the relative... Problem 75ES: Use a CAS to graph f and f, and then use those graphs to estimate the x-coordinates of the relative... Problem 76ES: Use a CAS to graph f and f, and then use those graphs to estimate the x-coordinates of the relative... Problem 77ES: In each part, find k so that f has a relative extremum at the point where x=3 . (a) fx=x2+kx (b)... Problem 78ES: (a) Use a CAS to graph the function fx=x4+1x2+1 and use the graph to estimate the x-coordinates of... Problem 79ES: Function similar to fx=12ex2/2 arise in a wide variety of statistical problems. (a) Use the first... Problem 80ES: Functions of the form fx=xnexn!,x0 where n is a positive integer, arise in the statistical study of... Problem 81ES: Let h and g have relative maxima at x0 . Prove or disprove: (a) h+g has a relative maximum at x0 (b)... format_list_bulleted