Problem 1RE: For Exercises 1-2, determine if the relation defines y as a one-to-one function of x. Problem 2RE: For Exercises 1-2, determine if the relation defines y as a one-to-one function of x. Problem 3RE Problem 4RE Problem 5RE Problem 6RE Problem 7RE Problem 8RE Problem 9RE: a. Graph fx=x29,x0. b. Is f a one-to-one function? c. Write the domain of f in interval notation. d.... Problem 10RE Problem 11RE Problem 12RE Problem 13RE Problem 14RE: For Exercises 13-16, a. Graph the function. b. Write the domain in interval notation. c. Write the... Problem 15RE Problem 16RE Problem 17RE Problem 18RE Problem 19RE Problem 20RE: A patient is treated with 128 mCi (millicuries) of iodine-131131I. The radioactivity level Rt (in... Problem 21RE Problem 22RE Problem 23RE Problem 24RE Problem 25RE: For Exercises 25-32, simplify the logarithmic expression without using a calculator. log381 Problem 26RE: For Exercises 25-32, simplify the logarithmic expression without using a calculator. log100,000 Problem 27RE: For Exercises 25-32, simplify the logarithmic expression without using a calculator. log2164 Problem 28RE Problem 29RE Problem 30RE Problem 31RE Problem 32RE Problem 33RE Problem 34RE Problem 35RE Problem 36RE Problem 37RE Problem 38RE Problem 39RE Problem 40RE Problem 41RE Problem 42RE Problem 43RE Problem 44RE Problem 45RE Problem 46RE Problem 47RE Problem 48RE Problem 49RE: For Exercises 49-52, write the logarithm as a sum or difference of logarithms. Simplify each term as... Problem 50RE Problem 51RE: For Exercises 49-52, write the logarithm as a sum or difference of logarithms. Simplify each term as... Problem 52RE Problem 53RE: For Exercises 53-55, write the logarithmic expression as a single logarithm with coefficient 1, and... Problem 54RE: For Exercises 53-55, write the logarithmic expression as a single logarithm with coefficient 1, and... Problem 55RE Problem 56RE Problem 57RE: For Exercises 56-58, use logb20.289,logb30.458,andlogb50.671 to approximate the value of the given... Problem 58RE: For Exercises 56-58, use logb20.289,logb30.458,andlogb50.671 to approximate the value of the given... Problem 59RE Problem 60RE Problem 61RE Problem 62RE: For Exercises 61-80, solve the equation. Write the solution set with exact values and give... Problem 63RE: For Exercises 61-80, solve the equation. Write the solution set with exact values and give... Problem 64RE: For Exercises 61-80, solve the equation. Write the solution set with exact values and give... Problem 65RE: For Exercises 61-80, solve the equation. Write the solution set with exact values and give... Problem 66RE: For Exercises 61-80, solve the equation. Write the solution set with exact values and give... Problem 67RE: For Exercises 61-80, solve the equation. Write the solution set with exact values and give... Problem 68RE Problem 69RE Problem 70RE Problem 71RE Problem 72RE Problem 73RE Problem 74RE Problem 75RE Problem 76RE Problem 77RE Problem 78RE Problem 79RE Problem 80RE Problem 81RE Problem 82RE Problem 83RE: The percentage of visible light P (in decimal form) at a depth of x meters for Long Island Sound can... Problem 84RE: For Exercises 84-85, solve for the indicated variable. logB1.7=2.3MforB Problem 85RE: For Exercises 84-85, solve for the indicated variable. T=Tf+T0ektfort Problem 86RE Problem 87RE Problem 88RE Problem 89RE Problem 90RE Problem 91RE Problem 1T: Given fx=4x31, a. Write an equation for f1x. b. Verify that ff1x=f1fx=x. Problem 2T Problem 3T Problem 4T: For Exercises 4-7, a. Write the domain and range of f in interval notation. b. Write an equation of... Problem 5T Problem 6T: For Exercises 4-7, a. Write the domain and range of f in interval notation. b. Write an equation of... Problem 7T: For Exercises 4-7, a. Write the domain and range of f in interval notation. b. Write an equation of... Problem 8T: For Exercises 8-11, a. Graph the function. b. Write the domain in interval notation. c. Write the... Problem 9T: For Exercises 8-11, a. Graph the function. b. Write the domain in interval notation. c. Write the... Problem 10T: For Exercises 8-11, a. Graph the function. b. Write the domain in interval notation. c. Write the... Problem 11T: For Exercises 8-11, a. Graph the function. b. Write the domain in interval notation. c. Write the... Problem 12T: Write the statement in exponential form. lnx+y=a Problem 13T Problem 14T Problem 15T: For Exercises 13-18, evaluate the logarithmic expression without using a calculator. lne8 Problem 16T Problem 17T Problem 18T Problem 19T Problem 20T Problem 21T Problem 22T Problem 23T: For Exercises 23-24, write the logarithmic expression as a single logarithm with coefficient 1, and... Problem 24T Problem 25T Problem 26T Problem 27T Problem 28T Problem 29T Problem 30T Problem 31T Problem 32T Problem 33T: For Exercises 27-36, solve the equation. Write the solution set with exact values and give... Problem 34T Problem 35T Problem 36T Problem 37T Problem 38T: For Exercises 37-38, solve for the indicated variable. A=P1+rnntfort Problem 39T: Suppose that $10,000 is invested and the account grows to $13,566.25 in 5 yr. a. Use the model... Problem 40T Problem 41T: The population Pt of a herd of deer on an island can be modeled by Pt=12001+2e0.12t, where t... Problem 42T: The number N of visitors to a new website is given in the table t weeks after the website was... Problem 1CRE Problem 2CRE: For Exercises 1-2, simplify the expression. 52x23 Problem 3CRE Problem 4CRE Problem 5CRE: For Exercises 5-13, solve the equations and inequalities. Write the solution sets to the... Problem 6CRE Problem 7CRE Problem 8CRE Problem 9CRE Problem 10CRE Problem 11CRE Problem 12CRE Problem 13CRE Problem 14CRE Problem 15CRE Problem 16CRE Problem 17CRE: Given fx=3x+6x2, a. Write an equation of the vertical asymptote(s). b. Write an equation of the... Problem 18CRE Problem 19CRE Problem 20CRE format_list_bulleted