Problem 1AYP: List the intercepts of the equation y= x 2 9 . (pp. 18-19) Problem 2AYP Problem 3AYP: To complete the square of x 2 5x , you add the number ______. (p. A49) Problem 4AYP: To graph y= (x4) 2 you shift the graph of y= x 2 to the _______ a distance of ________ units. (pp.... Problem 5CV: The graph of a quadratic function is called a(n) ____________. Problem 6CV: The vertical line passing through the vertex of a parabola is called the ________________. Problem 7CV: The x-coordinate of the vertex of f( x )=a x 2 +bx+c,a0 , is ______. Problem 8CV: True or False The graph of f( x )=2 x 2 +3x4 opens up. Problem 9CV: True or False The y-coordinate of the vertex of f( x )= x 2 +4x+5 is f( 2 ) . Problem 10CV: True or False If the discriminant b 2 4ac=0 , the graph of f( x )=a x 2 +bx+c,a0 , will touch the... Problem 11CV: If b 2 4ac0 , which of the following conclusions can be made about the graph of f(x)=a x 2 +bx+c,a0... Problem 12CV: If the graph of f( x )=a x 2 +bx+c,a0 , has a maximum value at its vertex, which of the following... Problem 13SB: In Problems 13-20, match each graph to one the following functions. f( x )= x 2 1 Problem 14SB: In Problems 13-20, match each graph to one the following functions. f(x)= x 2 1 Problem 15SB: In Problems 13-20, match each graph to one the following functions. f(x)= x 2 2x+1 Problem 16SB: In Problems 13-20, match each graph to one the following functions. f( x )= x 2 +2x+1 Problem 17SB: In Problems 13-20, match each graph to one the following functions. f( x )= x 2 2x+2 Problem 18SB: In Problems 13-20, match each graph to one the following functions. f( x )= x 2 +2x Problem 19SB: In Problems 13-20, match each graph to one the following functions. f( x )= x 2 2x Problem 20SB: In Problems 13-20, match each graph to one the following functions. f( x )= x 2 +2x+2 Problem 21SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 22SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 23SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 24SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 25SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 26SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 27SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 28SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 29SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 30SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 31SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 32SB: In Problems 21-32, graph the function f by starting with the graph of y= x 2 and using... Problem 33SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 34SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 35SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 36SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 37SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 38SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 39SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 40SB: In Problems 33-48, (a) graph each quadratic function by determining whether it graph opens up or... Problem 41SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 42SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 43SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 44SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 45SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 46SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 47SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 48SB: In Problems 33-48, (a) graph each quadratic function by determining whether Us graph opens up or... Problem 49SB: In Problems 49-54, determine the quadratic function whose graph is given. Problem 50SB: In Problems 49-54, determine the quadratic function whose graph is given. Problem 51SB: In Problems 49-54, determine the quadratic function whose graph is given. Problem 52SB: In Problems 49-54, determine the quadratic function whose graph is given. Problem 53SB: In Problems 49-54, determine the quadratic function whose graph is given. Problem 54SB: In Problems 49-54, determine the quadratic function whose graph is given. Problem 55SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 56SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 57SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 58SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 59SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 60SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 61SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 62SB: In Problems 55-62, determine, without graphing, whether the given quadratic function has a maximum... Problem 63MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 64MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 65MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 66MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 67MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 68MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 69MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 70MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 71MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 72MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 73MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 74MP: In Problems 63-74, (a) graph each function, (b) determine the domain and the range of the function,... Problem 75AE: The graph of the function f( x )=a x 2 +bx+c has vertex at ( 0,2 ) and passes through the point (... Problem 76AE: The graph of the function f(x)=a x 2 +bx+c has vertex at ( 1,4 ) and passes through the point (1,8)... Problem 77AE: In Problems 77-82, for the given functions fandg , (a) Graph fandg on the same Cartesian plane. (b)... Problem 78AE: In Problems 77-82, for the given functions fandg , (a) Graph fandg on the same Cartesian plane. (b)... Problem 79AE: In Problems 77-82, for the given functions fandg , (a) Graph fandg on the same Cartesian plane. (b)... Problem 80AE: In Problems 77-82, for the given functions fandg , (a) Graph fandg on the same Cartesian plane. (b)... Problem 81AE: In Problems 77-82, for the given functions fandg , (a) Graph fandg on the same Cartesian plane. (b)... Problem 82AE: In Problems 77-82, for the given functions fandg , (a) Graph fandg on the same Cartesian plane. (b)... Problem 83AE: Answer Problems 83 and 84 using the following: A quadratic function of the form f( x )=a x 2 +bx+c... Problem 84AE: Answer Problems 83 and 84 using the following: A quadratic function of the form f( x )=a x 2 +bx+c... Problem 85AE: Suppose that f(x)= x 2 +4x21 . (a) What is the vertex of f ? (b) What are the x-intercepts of the... Problem 86AE: Suppose that f( x )= x 2 +2x8 . (a) What is the vertex of f ? (b) What are the x-intercepts of the... Problem 87AE: Find the point on the line y=x that is closest to the point ( 3,1 ) . [Hint: Express the distance d... Problem 88AE: Find the point on the line y=x+1 that is closest to the point ( 4,1 ) . Problem 89AE: Maximizing Revenue Suppose that the manufacturer of a gas clothes dryer has found that, when the... Problem 90AE: Maximizing Revenue The John Deere company has found that the revenue, in dollars, from sales of... Problem 91AE: Minimizing Marginal Cost The marginal cost of a product can be thought of as the cost of producing... Problem 92AE: Minimizing Marginal Cost (See Problem 91.) The marginal cost C (in dollars) of manufacturing x cell... Problem 93AE: Business The monthly revenue R achieved by selling x wristwatches is figured to be R( x )=75x0.2 x 2... Problem 94AE: Business The daily revenue R achieved by selling x boxes of candy is figured to be R( x )=9.5x0.04 x... Problem 95AE: Stopping Distance An accepted relationship between stopping distance, d (in feet), and the speed of... Problem 96AE: Birthrate for Unmarried Women In the United States, the birthrate B for unmarried women (births per... Problem 97AE: Let f( x )=a x 2 +bx+c , where a,b,andc are odd integers. If x is an integer, show that f( x ) must... Problem 98DW: Make up a quadratic function that opens down and has only one x-intercept . Compare yours with... Problem 99DW: On one set of coordinate axes, graph the family of parabolas f( x )= x 2 +2x+c=3,c=0andc=1 .... Problem 100DW: On one set of coordinate axes, graph the family of parabolas f( x )= x 2 +bx+1 for b=4,b=0,andb=4 .... Problem 101DW: State the circumstances that cause the graph of a quadratic function f( x )=a x 2 +bx+c to have no... Problem 102DW: Why does the graph of a quadratic function open up if a0 and down if a0 ? Problem 103DW: Can a quadratic function have a range of ( , ) ? Justify your answer. Problem 104DW: What are the possibilities for the number of times the graphs of two different quadratic functions... Problem 105RYK: Determine whether x 2 +4 y 2 =16 is symmetric respect to the x-axis , the y-axis , and/or the... Problem 106RYK: Find the domain of f(x)= 82x . Problem 107RYK Problem 108RYK: Write the function whose graph is the graph of y= x , but reflected about the y-axis . format_list_bulleted