Problem 1CVC: Fill in each blank so that the resulting statement is true. We exclude from a functions domain real... Problem 2CVC: Fill in each blank so that the resulting statement is true. We exclude from a functions domain real... Problem 3CVC: Fill in each blank so that the resulting statement is true. (f + g)(x) = ________ Problem 4CVC: Fill in each blank so that the resulting statement is true. (f g)(x) = _____ Problem 5CVC: Fill in each blank so that the resulting statement is true. (fg)(x) = ________ Problem 6CVC Problem 7CVC: Fill in each blank so that the resulting statement is true. The domain of f(x) = 5x + 7 consists of... Problem 8CVC Problem 9CVC: Fill in each blank so that the resulting statement is true. The domain of h(x) = 1x+7x3 consists of... Problem 10CVC: Fill in each blank so that the resulting statement is true. The notation fg, called the _____ of the... Problem 11CVC Problem 12CVC Problem 13CVC Problem 14CVC Problem 15CVC Problem 16CVC Problem 1PE: In Exercises 1-30, find the domain for each function. f(X) = 3(x 4) Problem 2PE: Fill in each blank so that the resulting statement is true. f(x)=2(x+5) Problem 3PE: In Exercises 130, find the domain for each function. g(x)=3x4 Problem 4PE: In Exercises 130, find the domain of each function. g(x)=2x+5 Problem 5PE: In Exercises 130, find the domain of each function. f(x) = x2 2x 15 Problem 6PE: In Exercises 130, find the domain for each function. f(x) = x2 + x 12 Problem 7PE: In Exercises 1-30, find the domain for each function. g(x)=2x22x15 Problem 8PE: In Exercises 1-30, find the domain for each function. g(x)=2x2+x12 Problem 9PE: In Exercises 1-30, find the domain for each function. f(x)=1x+7+3x9 Problem 10PE: In Exercises 1-30, find the domain for each function. f(x)=1x+8+3x10 Problem 11PE: In Exercises 1-30, find the domain for each function. g(x)=1x2+11x21 Problem 12PE Problem 13PE: In Exercises 1-30, find the domain for each function. h(x)=43x1 Problem 14PE Problem 15PE: Fill in each blank so that the resulting statement is true. f(x)=14x12 Problem 16PE Problem 17PE: In Exercises 1-30, find the domain for each function. f(x)=x3 Problem 18PE: In Exercises 1-30, find the domain for each function. f(x)=x+2 Problem 19PE: In Exercises 1-30, find the domain for each function. g(x)=1x3 Problem 20PE: In Exercises 1-30, find the domain for each function. g(x)=1x+2 Problem 21PE: In Exercises 1-30, find the domain for each function. g(x)=5x+35 Problem 22PE: In Exercises 1-30, find the domain for each function. g(x)=7x70 Problem 23PE: In Exercises 1-30, find the domain for each function. f(x)=242x Problem 24PE: In Exercises 1-30, find the domain for each function. f(x)=846x Problem 25PE: In Exercises 1-30, find the domain for each function. h(x)=x2+x+3 Problem 26PE: In Exercises 1-30, find the domain for each function. h(x)=x3+x+4 Problem 27PE: In Exercises 1-30, find the domain for each function. g(x)=x2x5 Problem 28PE Problem 29PE Problem 30PE: In Exercises 1- find the domain for each function. f(x)=7x+2x32x29x+18 Problem 31PE: In Exercises #x2013;50, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) =... Problem 32PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = 3x ... Problem 33PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = x ... Problem 34PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = x ... Problem 35PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = 2x2 ... Problem 36PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = 6x2 ... Problem 37PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = 3 ... Problem 38PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function. f(x) = 5 ... Problem 39PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 40PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 41PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 42PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 43PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 44PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 45PE: In Exercises 3150, find f + g. f g, fg, and fg. Determine the domain for each function.... Problem 46PE: In Exercises 3150, find f + g, f g, fg, and fg. Determine the domain for each function.... Problem 47PE: In Exercises 3150, find f + g, f g, fg, and fg. Determine the domain for each function.... Problem 48PE: In Exercises 3150, find f + g, f g, fg, and fg. Determine the domain for each function.... Problem 49PE: In Exercises 3150, find f + g, f g, fg, and fg. Determine the domain for each function.... Problem 50PE: In Exercises 31 find f + g, f g, fg, and fg. Determine the domain for each function.... Problem 51PE: In Exercises #x2013;66, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = 2x, g(x) = x + 7 Problem 52PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = 3x, g(x) = x 5 Problem 53PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = x + 4, g(x) = 2x + 1 Problem 54PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = 5x + 2, g(x) = 3x 4 Problem 55PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = 4x 3, g(x) = 5x2 2 Problem 56PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) 7x + 1, g(x) = 2x2 9 Problem 57PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = x2 + 2, g(x) = x2 2 Problem 58PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = x2 + 1, g(x) = x2 3 Problem 59PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = 4 x, g(x) = 2x2 + x... Problem 60PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x) = 5x 2, g(x) = x2 +... Problem 61PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x)=x,g(x)=x1 Problem 62PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x)=x,g(x)=x+2 Problem 63PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x)=2x3,g(x)=x+32 Problem 64PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x)=6x3,g(x)=x+36 Problem 65PE: In Exercises 5166, find a.(f g)(x) b.(g f)(x) c.(f g)(2) d.(g f)(2). f(x)=1x,g(x)=1x Problem 66PE Problem 67PE Problem 68PE: In Exercises 6774, find a. (f g)(x) b. the domain of f g. f(x)=2x+4,g(x)=1x Problem 69PE Problem 70PE: In Exercises 6774, find a. (f g)(x) b. the domain of f g. f(x)=xx+5,g(x)=6x Problem 71PE Problem 72PE Problem 73PE Problem 74PE Problem 75PE Problem 76PE Problem 77PE: In Exercises 75-82, express the given function h as a composition of two functions f and g so that h... Problem 78PE Problem 79PE Problem 80PE Problem 81PE Problem 82PE Problem 83PE: Practice Plus Use the graphs of f and g to solve Exercises 90. Find (f + g) (-3). Problem 84PE: Practice Plus Use the graphs of f and g to solve Exercises 83-90. Find (gf)(3). Problem 85PE Problem 86PE: Practice Plus Use the graphs of f and g to solve Exercises 83-90. Find (gf)(3). Problem 87PE: Practice Plus Use the graphs of f and g to solve Exercises 83-90. Find the domain of f + g. Problem 88PE: Practice Plus Use the graphs of f and g to solve Exercises 83-90. Find the domain of fg. Problem 89PE: Practice Plus Use the graphs of f and g to solve Exercises 83-90. Graph f+g. Problem 90PE Problem 91PE: In Exercises 94, use the graphs of f and g to evaluate each composite function. (fg)(-1) Problem 92PE: In Exercises 91-94, use the graphs of f and g to evaluate each composite function. (fg)(1) Problem 93PE: In Exercises 91-94, use the graphs of f and g to evaluate each composite function. (gf)(0) Problem 94PE: In Exercises 91- use the graphs of f and g to evaluate each composite function. (gf)(-1) Problem 95PE: In Exercises 96, find all values of x satisfying the given conditions.... Problem 96PE: In Exercises 95- find all values of x satisfying the given conditions.... Problem 97PE: Use the functions to solve Exercises 9798. a. Write a function that models the total U.S. population... Problem 98PE Problem 99PE: A company that sells radios has yearly fixed costs of $600.00. It costs the company $45 to produce... Problem 100PE: A department store has two locations in a city. From 2012 through 2016, the profits for each of the... Problem 101PE Problem 102PE Problem 103PE: If a function is defined by an equation, explain how to find its domain. Problem 104PE: If equations for f and g are given, explain how to find f g. Problem 105PE: If equations for two functions are given, explain how to obtain the quotient function and its... Problem 106PE: Describe a procedure for finding (fg)(x). What is the name of this function? Problem 107PE: Describe the values of x that must be excluded from the domain of (fg)(x). Problem 108PE Problem 109PE: Graph y1=2x,y2=x and y3=2y2 in the same [ 4,4,1 ] by [ 0,2,1 ] viewing rectangle. If y1 represents f... Problem 110PE: Make Sense? In Exercises 113, determine whether each statement makes sense or does not make sense,... Problem 111PE: Make Sense? In Exercises 110-113, determine whether each statement makes sense or does not make... Problem 112PE: Make Sense? In Exercises 110-113, determine whether each statement makes sense or does not make... Problem 113PE: Make Sense? In Exercises 110- determine whether each statement makes sense or does not make sense,... Problem 114PE: In Exercises 117, determine whether each statement is true or false. If the statement is false, make... Problem 115PE: In Exercises 114-117, determine whether each statement is true or false. If the statement is false,... Problem 116PE Problem 117PE Problem 118PE: Prove that if f and g are even functions. Then fg is also an even function. Problem 119PE: Define two functions f and g so that fg=gf. Problem 120PE Problem 121PE Problem 122PE format_list_bulleted