Problem 1RE: At time t in seconds, a particles distance s(t), in cm, from a point is given in the table. What is... Problem 2RE Problem 3RE: In Exercises 27, find the average velocity for the position function s(t), in mm, over the interval... Problem 4RE: In Exercises 27, find the average velocity for the position function s(t), in mm, over the interval... Problem 5RE: In Exercises 27, find the average velocity for the position function s(t), in mm, over the interval... Problem 6RE: In Exercises 27, find the average velocity for the position function s(t), in mm, over the interval... Problem 7RE: In Exercises 27, find the average velocity for the position function s(t), in mm, over the interval... Problem 8RE: In a time of t seconds, a particle moves a distance of s meters from its starting point, where s =... Problem 9RE: A bicyclist pedals at a fairly constant rate, with evenly spaced intervals of coasting. Sketch a... Problem 10RE: As you drive away from home, your speed is fast, then slow, then fast again. Draw a graph of your... Problem 11RE: (a) Graph f(x) = x sin x for 10 x 10. (b) How many zeros does f(x) have on this interval? (c) Is f... Problem 12RE: (a) Using the data in the table, estimate an equation for the tangent line to the graph of f(x) at x... Problem 13RE: Sketch the graphs of the derivatives of the functions shown in Exercises 1318. Be sure your sketches... Problem 14RE: Sketch the graphs of the derivatives of the functions shown in Exercises 1318. Be sure your sketches... Problem 15RE: Sketch the graphs of the derivatives of the functions shown in Exercises 1318. Be sure your sketches... Problem 16RE: Sketch the graphs of the derivatives of the functions shown in Exercises 1318. Be sure your sketches... Problem 17RE: Sketch the graphs of the derivatives of the functions shown in Exercises 1318. Be sure your sketches... Problem 18RE: Sketch the graphs of the derivatives of the functions shown in Exercises 1318. Be sure your sketches... Problem 19RE: Roughly sketch the shape of the graph of a cubic polynomial, f, if it is known that: (0, 3) is on... Problem 20RE: In Exercises 2021, graph the second derivative of the function. Problem 21RE: In Exercises 2021, graph the second derivative of the function. Problem 22RE: In Exercises 2223, find a formula for the derivative of the function algebraically. f(x) = 5x2 + x Problem 23RE: In Exercises 2223, find a formula for the derivative of the function algebraically. n(x) = (1x) + 1 Problem 24RE: Find the derivative of f(x) = x2 + 1 at x = 3 algebraically. Find the equation of the tangent line... Problem 25RE: (a) Between which pair of consecutive points in Figure 2.1 is the average rate of change of k (a)... Problem 26RE: In Exercises 2630, use the difference quotient definition of the derivative to find a formula for... Problem 27RE: In Exercises 2630, use the difference quotient definition of the derivative to find a formula for... Problem 28RE: In Exercises 2630, use the difference quotient definition of the derivative to find a formula for... Problem 29RE: In Exercises 2630, use the difference quotient definition of the derivative to find a formula for... Problem 30RE: In Exercises 2630, use the difference quotient definition of the derivative to find a formula for... Problem 31RE: In Exercises 3135, evaluate the limit algebraically for a 0. limh0(a+h)2a2h Problem 32RE: In Exercises 3135, evaluate the limit algebraically for a 0. limh01/(a+h)1/ah Problem 33RE: In Exercises 3135, evaluate the limit algebraically for a 0. limh01/(a+h)21/a2h Problem 34RE: In Exercises 3135, evaluate the limit algebraically for a 0. limh0a+hah [Hint: Multiply by a+h+a in... Problem 35RE: In Exercises 3135, evaluate the limit algebraically for a 0. limh01/a+h1/ah Problem 36RE: Sketch the graph of a function whose first and second derivatives are everywhere positive. Problem 37RE: Figure 2.2 gives the position, y = s(t), of a particle at time t. Arrange the following numbers from... Problem 38RE: Match each property (a)(d) with one or more of graphs (I)(IV) of functions. (a) f(x)=1 for all 0 x ... Problem 39RE: (a) In Figure 2.3, if f(t) gives the position of a particle at time t, list the labeled points at... Problem 40RE: The table1 gives the number of passenger cars, C = f(t), in millions, in the US in the year t. (a)... Problem 41RE: Let f(t) be the depth, in centimeters, of water in a tank at time t, in minutes. (a) What does the... Problem 42RE: If t is the number of years since 2010, the population, P, of Jamaica,2 in millions, can be... Problem 43RE: The revenue, in thousands of dollars, earned by a gas station when the price of gas is p per gallon... Problem 44RE: (a) Give an example of a function with limx2f(x)=. (b) Give an example of a function with... Problem 45RE: Draw a possible graph of y = f(x) given the following information about its derivative: For x 2,... Problem 46RE: Suppose f(2) = 3 and f(2)=1. Find f(2) and f(2), assuming that f(x) is (a) Even (b) Odd. Problem 47RE: Do the values for the function y = k(x) in the table suggest that the graph of k(x) is concave up or... Problem 48RE: Suppose that f(x) is a function with f(20) = 345 and f(20)=6. Estimate f(22). Problem 49RE: Students were asked to evaluate f(4) from the following table which shows values of the function f:... Problem 50RE: Use Figure 2.4 to fill in the blanks in the following statements about the function f at point A.... Problem 51RE: Use Figure 2.5. At point A, we are told that x = 1. In addition, f(1) = 3, f(1)=2, and h = 0.1. What... Problem 52RE: Given all of the following information about a function f, sketch its graph. f(x) = 0 at x = 5, x =... Problem 53RE: Suppose w is the weight of a stack of papers in an open container, and t is time. A lighted match is... Problem 54RE: A yam has just been taken out of the oven and is cooling off before being eaten. The temperature, T,... Problem 55RE: For some painkillers, the size of the dose, D, given depends on the weight of the patient, W. Thus,... Problem 56RE: In April 1991, the Economist carried an article3 which said: Suddenly, everywhere, it is not the... Problem 57RE: At time, t, in years, the US population is growing at 0.8% per year times its size, P(t), at that... Problem 58RE: A continuous function defined for all x has the following properties: f is increasing f is concave... Problem 59RE: (a) Using the table, estimate f(0.6) and f(0.5). (b) Estimate f(0.6). (c) Where do you think the... Problem 60RE: Let g(x)=x and f(x) = kx2, where k is a constant. (a) Find the slope of the tangent line to the... Problem 61RE: A circle with center at the origin and radius of length 19 has equation x2 + y2 = 19. Graph the... Problem 62RE: Each of the graphs in Figure 2.6 shows the position of a particle moving along the x-axis as a... Problem 63RE: The population of a herd of deer is modeled by P(t)=4000+400sin(6t)+180sin(3t) where t is measured... Problem 64RE: The number of hours, H, of daylight in Madrid is a function of t, the number of days since the start... Problem 65RE: You put a yam in a hot oven, maintained at a constant temperature of 200C. As the yam picks up heat... Problem 66RE: You are given the following values for the error function, erf(x). erf(0) = 0 erf(1) = 0.84270079... Problem 67RE: (a) Use your calculator to approximate the derivative of the hyperbolic sine function (written sinh... Problem 68RE: In 2009, a study was done on the impact of sea-level rise in the mid-Atlantic states.5 Let a(t) be... format_list_bulleted