Problem R.1PE: For Exercises R.1—R.5, use translations to graph the function. R.1. h(x)=x1 Problem R.2PE: For Exercises R.1—R.5, use translations to graph the function. R.2. n(x)=x+1 Problem R.3PE: For Exercises R.1—R.5, use translations to graph the function. R.3. b(x)=2x Problem R.4PE: For Exercises R.1—R.5, use translations to graph the function. R.4. h(x)=13x Problem R.5PE: For Exercises R.1-R.5, use translations to graph the function. R.5. p(x)=x Problem 1PE: The value of sin x (increases/decreases) ___________ on (0,2) and (increases/decreases)... Problem 2PE Problem 3PE: The graph of y=sinxandy=cosx differ by a horizontal shift of _________ units. Problem 4PE Problem 5PE: The sine function is an (even/odd) ______ function because sin(x)= _______. The cosine function is... Problem 6PE: Given B0 , how would the equation y=Asin(BxC)+D be rewritten to obtain a positive coefficient on x? Problem 7PE Problem 8PE Problem 9PE Problem 10PE Problem 11PE: For y=cosx , a. The domain is _____. b. The range is _____. c. The amplitude is _____. d. The period... Problem 12PE Problem 13PE Problem 14PE Problem 15PE: For Exercises 15—16, identify the amplitude of the function. 15. a. y=7sinx b. y=17sinx c. y=7sinx Problem 16PE Problem 17PE Problem 18PE Problem 19PE: For Exercises 19—24, graph the function and identify the key points on one full period. (See Example... Problem 20PE Problem 21PE Problem 22PE: For Exercises 19—24, graph the function and identify the key points on one full period. (See Example... Problem 23PE: For Exercises 19—24, graph the function and identify the key points on one full period. (See Example... Problem 24PE: For Exercises 19—24, graph the function and identify the key points on one full period. (See Example... Problem 25PE Problem 26PE: For Exercises 25—26, identify the period. 26. a. cos13x b. cos(3x) c. cos13x Problem 27PE: For Exercises 27—32 a. Identify the amplitude and period. b. Graph the function and identify the key... Problem 28PE: For Exercises 27—32 a. Identify the amplitude and period. b. Graph the function and identify the key... Problem 29PE Problem 30PE: For Exercises 27-32 a. Identify the amplitude and period. b. Graph the function and identify the key... Problem 31PE Problem 32PE Problem 33PE: Write a function of the form f(x)=AcosBx for the given graph. Problem 34PE: Write a function of the form g(x)=AsinBx for the given graph. Problem 35PE: The graph shows the percentage in decimal form of the moon illuminated for the first 40 days of a... Problem 36PE: A respiratory cycle is defined as the beginning of one breath to the beginning of the next breath.... Problem 37PE Problem 38PE Problem 39PE Problem 40PE: For Exercises 39—44, a. Identify the amplitude, period, and phase shift. b. Graph the function and... Problem 41PE: For Exercises 39-44, a. Identify the amplitude, period, and phase shift. b. Graph the function and... Problem 42PE: For Exercises 39—44, a. Identify the amplitude, period, and phase shift. b. Graph the function and... Problem 43PE Problem 44PE Problem 45PE: Write a function of the form f(x)=Acos(BxC) for the given graph. Problem 46PE: Write a function of the form f(x)=Asin(BxC) for the given graph. Problem 47PE: Given y=2sin(2x6)7 , a. Is the period less than or greater than 2 ? b. Is the phase shift to the... Problem 48PE: Given y=cos(12x+)+4 , a. Is the period less than or greater than 2 ? b. Is the phase shift to the... Problem 49PE Problem 50PE Problem 51PE Problem 52PE Problem 53PE: Given y=2sin(6x+2)3 , is the phase shift to the right or left? Problem 54PE Problem 55PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 56PE: For Exercises 55—68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 57PE: For Exercises 55—68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 58PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 59PE: For Exercises 55—68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 60PE: For Exercises 55—68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 61PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 62PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 63PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 64PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 65PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 66PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 67PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 68PE: For Exercises 55-68, a. Identify the amplitude, period, phase shift, and vertical shift. b. Graph... Problem 69PE: The temperature T (in F ) for Kansas City, Missouri, over a several day period in April can be... Problem 70PE: The duration of daylight and darkness varies during the year due to the angle of the Sun in the sky.... Problem 71PE Problem 72PE Problem 73PE: An adult human at rest inhales and exhales approximately 500 mL of air (called the tidal volume) in... Problem 74PE: The times for high and low tides are given in the table for a recent day in Jacksonville Beach,... Problem 75PE Problem 76PE Problem 77PE Problem 78PE Problem 79PE: Given f(x)=cosxandh(x)=3x+2 , find (hf)(x) and for (hf)(x) , a. Find the amplitude. b. Find the... Problem 80PE Problem 81PE Problem 82PE Problem 83PE: Write a function of the form y=Acos(BxC)+D that has period 16, phase shift —4, and range 3y7 . Problem 84PE: Write a function of the form y=Acos(BxC)+D that has period 8, phase shift -2, and range 14y6 . Problem 85PE: For Exercises 85—86, a. Write an equation of the form y=cos(BxC)+D with A0 to model the graph. b.... Problem 86PE: For Exercises 85—86, a. Write an equation of the form y=cos(BxC)+D with A0 to model the graph. b.... Problem 87PE: For Exercises 87—90, explain how to graph the given function by performing transformations on the... Problem 88PE: For Exercises 87—90, explain how to graph the given function by performing transformations on the... Problem 89PE: For Exercises 87—90, explain how to graph the given function by performing transformations on the... Problem 90PE: For Exercises 87—90, explain how to graph the given function by performing transformations on the... Problem 91PE Problem 92PE Problem 93PE Problem 94PE Problem 95PE: For Exercises 95—96, find the average rate of change on the given interval. Give theexact value and... Problem 96PE Problem 97PE Problem 98PE Problem 99PE Problem 100PE Problem 101PE: For Exercises 101-102, graph the piecewise-defined function. 101. g(x)={sinxfor0xsinxforx2 Problem 102PE Problem 103PE Problem 104PE Problem 105PE Problem 106PE Problem 107PE Problem 108PE Problem 109PE: For Exercises 108—109, use a graph to solve the equation on the given interval. Round the answer to... Problem 110PE format_list_bulleted