Problem 1E: For Exercises 12, indicate all critical points on the given graphs. Determine which correspond to... Problem 2E: For Exercises 12, indicate all critical points on the given graphs. Determine which correspond to... Problem 3E: For x 0, find the x-value and the corresponding y-value that maximizes y = 25 + 6x2 x3, by (a)... Problem 4E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 5E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 6E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 7E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 8E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 9E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 10E: In Exercises 410, find the global maximum and minimum for the function on the closed interval.... Problem 11E: In Exercises 1113, find the value(s) of x for which: (a) f(x) has a local maximum or local minimum.... Problem 12E: In Exercises 1113, find the value(s) of x for which: (a) f(x) has a local maximum or local minimum.... Problem 13E: In Exercises 1113, find the value(s) of x for which: (a) f(x) has a local maximum or local minimum.... Problem 14E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 15E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 16E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 17E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 18E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 19E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 20E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 21E: In Exercises 1421, find the exact global maximum and minimum values of the function. The domain is... Problem 22E: In Exercises 2227, find the best possible bounds for the function. x3 4x2 + 4x, for 0 x 4 Problem 23E: In Exercises 2227, find the best possible bounds for the function. ex2,forx0.3 Problem 24E: In Exercises 2227, find the best possible bounds for the function. x3ex,forx0 Problem 25E: In Exercises 2227, find the best possible bounds for the function. x+sinx,for0x2 Problem 26E: In Exercises 2227, find the best possible bounds for the function. ln(1+sinx),forx0 Problem 27E: In Exercises 2227, find the best possible bounds for the function. ln(1+x2),for1x2 Problem 28E: Figure 4.27 shows a function f. Does f have a global maximum? A global minimum? If so, where? Assume... Problem 29E: Figure 4.27 shows a derivative, f. Does the function f have a global maximum? A global minimum? If... Problem 30E: A grapefruit is tossed straight up with an initial velocity of 50 ft/sec. The grapefruit is 5 feet... Problem 31E Problem 32E: What value of w minimizes S if S5pw = 3qw26pq and p and q are positive constants? Problem 33E: At what value(s) of T does Q = AT (S T) have a critical point? Assume A and S are nonzero... Problem 34E: For a positive constant a, find the values of x that give critical points of y if 1y=xa+4x2. Problem 35E: Let y = at2ebt with a and b positive constants. For t 0, what value of t maximizes y? Sketch the... Problem 36E: For some positive constant C, a patients temperature change, T , due to a dose, D, of a drug is... Problem 37E: A warehouse selling cement has to decide how often and in what quantities to reorder. It is cheaper,... Problem 38E: A company has 100 units to spend for equipment and labor combined. The company spends x on equipment... Problem 39E: A chemical reaction converts substance A to substance Y. At the start of the reaction, the quantity... Problem 40E: The potential energy, U, of a particle moving along the x-axis is given by U=b(a2x2ax), where a and... Problem 41E Problem 42E: When an electric current passes through two resistors with resistance r1 and r2, connected in... Problem 43E: The bending moment M of a beam, supported at one end, at a distance x from the support is given by... Problem 44E: As an epidemic spreads through a population, the number of infected people, I, is expressed as a... Problem 45E: Two points on the curve y=x31+x4 have opposite x-values, x and x. Find the points making the slope... Problem 46E: The function y = t(x) is positive and continuous with a global maximum at the point (3, 3). Graph... Problem 47E: Figure 4.28 gives the derivative of g(x) on 2 x 2. (a) Write a few sentences describing the... Problem 48E: Figure 4.29 shows the second derivative of h(x) for 2 x 1. If h(1) = 0 and h(1) = 2, (a) Explain... Problem 49E: Figure 4.30 shows f(x) = e3x and g(x) = e2x. (a) Explain why the graphs intersect only at x = 0. (b)... Problem 50E: Figure 4.31 shows f(x) = cos(3x) and g(x) = cos(2x) on the interval 0 x . (a) Show that the graphs... Problem 51E: You are given the n numbers a1, a2, a3, , an. Show that the average of these numbers gives the... Problem 52E: In Problems 5254, explain what is wrong with the statement. The function f(x) = (x 1)2(x 2), 0 x ... Problem 53E: In Problems 5254, explain what is wrong with the statement. The global minimum of f(x) = x4 on any... Problem 54E: In Problems 5254, explain what is wrong with the statement. The best possible bounds for f(x) =... Problem 55E: In Problems 5558, give an example of: A function which has a global maximum at x = 0 and a global... Problem 56E: In Problems 5558, give an example of: A function for which the global maximum is equal to the global... Problem 57E: In Problems 5558, give an example of: An interval where the best possible bounds for f(x) = x2 are 2... Problem 58E: In Problems 5558, give an example of: A differentiable function f with best possible bounds 1 f(x) ... Problem 59E: In Problems 5963, let (x) = x2. Decide if the following statements are true or false. Explain your... Problem 60E: In Problems 5963, let (x) = x2. Decide if the following statements are true or false. Explain your... Problem 61E: In Problems 5963, let (x) = x2. Decide if the following statements are true or false. Explain your... Problem 62E: In Problems 5963, let (x) = x2. Decide if the following statements are true or false. Explain your... Problem 63E: In Problems 5963, let (x) = x2. Decide if the following statements are true or false. Explain your... Problem 64E: Which of the following statements is implied by the statement If f is continuous on [a, b] then f... Problem 65E: Are the statements in Problems 6569 true of false? Give an explanation for your answer. Since the... Problem 66E: Are the statements in Problems 6569 true of false? Give an explanation for your answer. The Extreme... Problem 67E: Are the statements in Problems 6569 true of false? Give an explanation for your answer. The global... Problem 68E: Are the statements in Problems 6569 true of false? Give an explanation for your answer. A function... Problem 69E: Are the statements in Problems 6569 true of false? Give an explanation for your answer. If a... format_list_bulleted