Problem 1RE: (a) If x1x2, what relationship must hold between fx1 and fx2 if f in increasing on an interval... Problem 2RE: (a) What condition on f ensures that f is concave up on an open interval? Concave down? (b) What... Problem 3RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 4RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 5RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 6RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 7RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 8RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 9RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 10RE: Find: (a) the intervals on which f is increasing, (b) the intervals on which f is decreasing, (c)... Problem 11RE: Analyze the trigonometric function f over the specified interval, stating where f is increasing,... Problem 12RE: Analyze the trigonometric function f over the specified interval, stating where f is increasing,... Problem 13RE: Analyze the trigonometric function f over the specified interval, stating where f is increasing,... Problem 14RE: Analyze the trigonometric function f over the specified interval, stating where f is increasing,... Problem 15RE: In each part, sketch a continuous curve y=fx with the stated properties. (a) f2=4,f2=1,fx0 for... Problem 16RE: In parts (a)-(d), the graph of a polynomial with degree at most 6 is given. Find equations for... Problem 17RE: For a general quadratic polynomial fx=ax2+bx+ca0 find conditions on a,b, and c to ensure that f is... Problem 18RE: For the general cubic polynomial fxax3+bx2+cx+da0 find conditions on a,b,c, and d to ensure that f... Problem 19RE: Use a graphing utility to estimate the value of x at which fx=2x1+2x+1 in increasing most rapidly. Problem 20RE: Prove that for any positive constants a and k, the graph of y=ax1+ax+k has an inflection point at... Problem 21RE: (a) Where on the graph of y=fx would you expect y to be increasing or decreasing most rapidly with... Problem 22RE: Determine whether the statement is true or false. If it is false, give an example for which the... Problem 23RE: (a) According to the first derivative test, what conditions ensure that f has a relative maximum at... Problem 24RE: Locate the critical points and identify which critical points correspond to stationary points. (a)... Problem 25RE: Locate the critical points and identify which critical points correspond to stationary points. (a)... Problem 26RE: Locate the critical points and identify which critical points correspond to stationary points. (a)... Problem 27RE: In each part, find all critical points, and use the first derivative test to classify them as... Problem 28RE: In each part, find all critical points, and use the second derivative test (where possible) to... Problem 29RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 30RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 31RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 32RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 33RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 34RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 35RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 36RE: Give a graph of the function f, and identify the limits as x, as well as locations of all relative... Problem 37RE: Use any method to find the relative extrema of the function f . fx=x3+5x2 Problem 38RE: Use any method to find the relative extrema of the function f . fx=x42x2+7 Problem 39RE: Use any method to find the relative extrema of the function f . fx=x4/5 Problem 40RE: Use any method to find the relative extrema of the function f . fx=2x+x2/3 Problem 41RE: Use any method to find the relative extrema of the function .
Problem 42RE: Use any method to find the relative extrema of the function .
Problem 43RE: Use any method to find the relative extrema of the function f . fx=ln1+x2 Problem 44RE: Use any method to find the relative extrema of the function f . fx=x2ex Problem 47RE: (a) Use a graphing utility to generate the graphs of y=x and y=x38/x2+1 together over the interval... Problem 48RE: Use implicit differentiation to show that a function defined implicitly by sinx+cosy=2y has a... Problem 49RE: Let fx=2x3+x215x+72x13x2+x1 Graph y=fx, and find the equations of all horizontal and vertical... Problem 50RE: Let fx=x5x43x3+2x+4x72x63x5+6x4+4x8 (a) Use a CAS to factor the numerator and denominator of f, and... Problem 51RE: (a) What inequality must fx satisfy for the function f to have an absolute maximum on an interval I... Problem 52RE: According to the Extreme-Value Theorem, what conditions on a function f and a given interval... Problem 53RE: In each part, determine whether the statement is true or false, and justify your answer. (a) If f is... Problem 54RE: In each part, find the absolute minimum m and the absolute maximum M of f on the given interval (if... Problem 55RE: In each part, find the absolute minimum m and the absolute maximum M of f on the given interval (if... Problem 56RE: In each part, find the absolute minimum m and the absolute maximum M of f on the given interval (if... Problem 57RE: In each part, use a graphing utility to estimate the absolute maximum and minimum values of f, if... Problem 58RE Problem 59RE: Let fx=x3+2x4+1 (a) Generate the graph of y=fx, and use the graph to make rough estimates of the... Problem 60RE: A church window consists of a blue semicircular section surmounting a clear rectangular section as... Problem 61RE: Find the dimensions of the rectangle of maximum area that can be inscribed inside the ellipse... Problem 62RE: As shown in the accompanying figure on the next page, suppose that a boat enters the river at the... Problem 63RE: A sheet of cardboard 12in square is used to make an open box by cutting squares of equal size from... Problem 64RE: Is it true or false that a particle in rectilinear motion is speeding up when its velocity is... Problem 65RE: (a) Can an object in rectilinear motion reverse direction if its acceleration is constant? Justify... Problem 66RE: Suppose that the position function of a particle in rectilinear motion is given by the formula... Problem 67RE: For parts (a)-(f), suppose that the position function of a particle in rectilinear motion is given... Problem 69RE: Use Newton’s Method to approximate all three solutions of x34x+1=0 . Problem 70RE: Use Newton’s Method to approximate the smallest positive solution of sinx+cosx=0 . Problem 71RE: Use a graphing utility to determine the number of times the curve y=x3 intersects the curve y=x/21 .... Problem 72RE: According to Kepler’s law, the planets in our solar system move in elliptical orbits around the... Problem 73RE: Using the formulas in Exercise 72, find the distance from the planet Mars to the Sun when t=1 year.... Problem 74RE: Suppose that f is continuous on the closed interval a,b and differentiable on the open interval a,b,... Problem 75RE Problem 76RE: In each part, determine whether all of the hypotheses of the Mean-Value Theorem are satisfied on the... Problem 77RE: Use the fact that ddxx62x2+x=6x54x+1 to show that the equation 6x54x+1=0 has at least one solution... Problem 78RE: Let fx=x34x+6 . Find fx so that fx=gx and f1=2 . format_list_bulleted