Problem 1SP: Use translations to graph the given functions. a.gx=x2b.hx=x+3 Problem 2SP: Graph the function defined by gx=x+2. Problem 3SP: Use translations to graph the function defined by qx=x+25. Problem 4SP: Graph the functions. a.fx=x2b.gx=3x2c.hx=13x2 Problem 5SP: The graph of y=fx is shown. Graph. a.y=f2xb.y=f12x Problem 6SP Problem 7SP Problem 8SP: Use transformations to graph the function defined by rx=x+13. Problem 1PE: Let c represent a positive real number. The graph of y=fx+c is the graph of y=fx shifted... Problem 2PE Problem 3PE: Let c represent a positive real number. The graph of y=fxc is the graph of y=fx shifted... Problem 4PE: The graph of y=3fx is the graph of y=fx with a (choose one: vertical stretch, vertical shrink,... Problem 5PE Problem 6PE: The graph of y=f13x is the graph of y=fx with a (choose one: vertical stretch, vertical shrink,... Problem 7PE: The graph of y=13fx is the graph of y=fx with a (choose one: vertical stretch, vertical shrink,... Problem 8PE: The graph of y=fx is the graph of y=fx reflected across the -axis. Problem 9PE: For Exercises 9-14, from memory match the equation with its graph. fx=x Problem 10PE: For Exercises 9-14, from memory match the equation with its graph. fx=x3 Problem 11PE Problem 12PE: For Exercises 9-14, from memory match the equation with its graph. fx=x2 Problem 13PE Problem 14PE: For Exercises 9-14, from memory match the equation with its graph. fx=1x Problem 15PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) fx=x+1 Problem 16PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) gx=x+2 Problem 17PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) kx=x32 Problem 18PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) hx=1x2 Problem 19PE Problem 20PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) mx=x+1 Problem 21PE Problem 22PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) tx=x23 Problem 23PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) ax=x+13 Problem 24PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) bx=x2+4 Problem 25PE: For Exercises 15-26, use translations to graph the given functions. (See Examples 1-3) cx=1x3+1 Problem 26PE Problem 27PE: For Exercises 27-32, use transformations to graph the functions (See Example 4) mx=4x3 Problem 28PE: For Exercises 27-32, use transformations to graph the functions (See Example 4) nx=3x Problem 29PE: For Exercises 27-32, use transformations to graph the functions (See Example 4) rx=12x2 Problem 30PE: For Exercises 27-32, use transformations to graph the functions (See Example 4) tx=13x Problem 31PE: For Exercises 27-32, use transformations to graph the functions (See Example 4) px=2x Problem 32PE: For Exercises 27-32, use transformations to graph the functions (See Example 4) qx=2x Problem 33PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 34PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 35PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 36PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 37PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 38PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 39PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 40PE: For Exercises 33-40, use the graphs of y=fxandy=gx to graph the given function. (See Example 5)... Problem 41PE: For Exercises 41-46, graph the function by applying an appropriate reflection. fx=1x Problem 42PE: For Exercises 41-46, graph the function by applying an appropriate reflection. gx=x Problem 43PE: For Exercises 41-46, graph the function by applying an appropriate reflection. hx=x3 Problem 44PE: For Exercises 41-46, graph the function by applying an appropriate reflection. kx=x Problem 45PE: For Exercises 41-46, graph the function by applying an appropriate reflection. px=x3 Problem 46PE: For Exercises 41-46, graph the function by applying an appropriate reflection. qx=x3 Problem 47PE: For Exercises 47-50, use the graph of y=fxandy=gx to graph the given function. (See Example 6) y=fx Problem 48PE: For Exercises 47-50, use the graph of y=fxandy=gx to graph the given function. (See Example 6) y=gx Problem 49PE: For Exercises 47-50, use the graph of y=fxandy=gx to graph the given function. (See Example 6) y=fx Problem 50PE: For Exercises 47-50, use the graph of y=fxandy=gx to graph the given function. (See Example 6) y=gx Problem 51PE: For Exercises 51-54, use the graphs of y=fxandy=gx to graph the given function. (See Example 6) y=fx Problem 52PE: For Exercises 51-54, use the graphs of y=fxandy=gx to graph the given function. (See Example 6) y=gx Problem 53PE: For Exercises 51-54, use the graphs of y=fxandy=gx to graph the given function. (See Example 6) y=fx Problem 54PE: For Exercises 51-54, use the graphs of y=fxandy=gx to graph the given function. (See Example 6) y=gx Problem 55PE: For Exercises 55-62, a function g is given. Identify the parent function from Table 1-2 on page 183.... Problem 56PE Problem 57PE: For Exercises 55-62, a function g is given. Identify the parent function from Table 1-2 on page 183.... Problem 58PE Problem 59PE Problem 60PE: For Exercises 55-62, a function g is given. Identify the parent function from Table 1-2 on page 183.... Problem 61PE Problem 62PE Problem 63PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) vx=x+22+1 Problem 64PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) ux=x122 Problem 65PE Problem 66PE Problem 67PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) px=12x12 Problem 68PE Problem 69PE Problem 70PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) sx=x2 Problem 71PE Problem 72PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) gx=x4 Problem 73PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) nx=12x3 Problem 74PE Problem 75PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) fx=12x32+8 Problem 76PE: For Exercises 63-78, use transformations to graph the functions. (See Examples 7-8) gx=13x+22+3 Problem 77PE Problem 78PE Problem 79PE: For Exercises 79-86, the graph of y=fx is given. Graph the indicated function. Graphy=fx1+2. Problem 80PE: For Exercises 79-86, the graph of y=fx is given. Graph the indicated function. Graphy=fx+12. Problem 81PE: For Exercises 79-86, the graph of y=fx is given. Graph the indicated function. Graphy=2fx23. Problem 82PE: For Exercises 79-86, the graph of y=fx is given. Graph the indicated function. Graphy=2fx+24. Problem 83PE: For Exercises 79-86, the graph of y=fx is given. Graph the indicated function. Graphy=3f2x. Problem 84PE Problem 85PE: For Exercises 79-86, the graph of y=fx is given. Graph the indicated function. Graphy=fx2. Problem 86PE Problem 87PE: For Exercises 87-90, write a function based on the given parent function and transformations in the... Problem 88PE: For Exercises 87-90, write a function based on the given parent function and transformations in the... Problem 89PE: For Exercises 87-90, write a function based on the given parent function and transformations in the... Problem 90PE: For Exercises 87-90, write a function based on the given parent function and transformations in the... Problem 91PE: Explain why the graph of gx=2x can be interpreted as a horizontal shrink of the graph of fx=x or as... Problem 92PE: Explain why the graph of hx=12x can be interpreted as a horizontal stretch of the graph of fx=x or... Problem 93PE Problem 94PE: Explain why gx=1x+1 can be graphed by shifting the graph of fx=1x one unit to the left reflecting... Problem 95PE: For Exercises 95-100, use transformations on the basic functions presented in Table 1-2 to write a... Problem 96PE: For Exercises 95-100, use transformations on the basic functions presented in Table 1-2 to write a... Problem 97PE Problem 98PE: For Exercises 95-100, use transformations on the basic functions presented in Table 1-2 to write a... Problem 99PE: For Exercises 95-100, use transformations on the basic functions presented in Table 1-2 to write a... Problem 100PE Problem 101PE: The graph shows the number of views y (in thousands) for a new online video, t days after it was... Problem 102PE Problem 103PE: a. Graph the functions on the viewing window 5,5,1by2,8,1. y=x2y=x4y=x6 b. Graph the functions on... format_list_bulleted