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The loudness The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E) of a sound (measured in decibels dB) is inversely proportional to the square of the distance The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E) from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality.


A) The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E)
B) The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E)
C) The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E)
D) The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E)
E) The loudness of a sound (measured in decibels dB) is inversely proportional to the square of the distance from the source of the sound. Suppose a person who is 3 ft from a hair dryer experiences a sound level of 75 dB. Find the proportionality constant and write the equation that expresses the inverse proportionality. A) B) C) D) E)

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The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes.


A) The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes. The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes. and The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes. The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes.
B) The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes.
C) The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes.
D) The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes. The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes. and The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes. The graph of a rational function is given. Determine the equation(s) of the vertical asymptote(s) . A) and B) C) D) and E) There are no vertical asymptotes.
E) There are no vertical asymptotes.

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Suppose that Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E) is inversely proportional to the square of Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E) . Which one of the following is an equation that expresses this statement?


A) Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E)
B) Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E)
C) Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E)
D) Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E)
E) Suppose that is inversely proportional to the square of . Which one of the following is an equation that expresses this statement? A) B) C) D) E)

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The function The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . is graphed below. Determine the x - and y -intercepts. The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) .


A) The x -intercept is The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . ; the y -intercept is The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . .
B) There are no x -intercepts; the y -intercept is (0, The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . ) .
C) There are no x -intercepts; there is no y -intercept.
D) The x -intercept is (0, The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . ) ; there is no y -intercept.
E) The x -intercepts are (0, The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . ) and (0, The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . ) ; the y -intercept is (0, The function is graphed below. Determine the x - and y -intercepts. A) The x -intercept is ; the y -intercept is . B) There are no x -intercepts; the y -intercept is (0, ) . C) There are no x -intercepts; there is no y -intercept. D) The x -intercept is (0, ) ; there is no y -intercept. E) The x -intercepts are (0, ) and (0, ) ; the y -intercept is (0, ) . ) .

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Determine the end behavior of the function Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .


A) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
B) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
C) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
D) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
E) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .

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The area of a circle with radius The area of a circle with radius is given by the power function . What happens to the area of the circle when the radius is multiplied by 3? A) The area increases by a factor of 9. B) The area is also multiplied by 3. C) The area increases by . D) Not enough information. E) The area increases by . is given by the power function The area of a circle with radius is given by the power function . What happens to the area of the circle when the radius is multiplied by 3? A) The area increases by a factor of 9. B) The area is also multiplied by 3. C) The area increases by . D) Not enough information. E) The area increases by . . What happens to the area of the circle when the radius is multiplied by 3?


A) The area increases by a factor of 9.
B) The area is also multiplied by 3.
C) The area increases by The area of a circle with radius is given by the power function . What happens to the area of the circle when the radius is multiplied by 3? A) The area increases by a factor of 9. B) The area is also multiplied by 3. C) The area increases by . D) Not enough information. E) The area increases by . .
D) Not enough information.
E) The area increases by The area of a circle with radius is given by the power function . What happens to the area of the circle when the radius is multiplied by 3? A) The area increases by a factor of 9. B) The area is also multiplied by 3. C) The area increases by . D) Not enough information. E) The area increases by . .

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Determine the end behavior of the function Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . as Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . .


A) As Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . .
B) As Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . .
C) As Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . .
D) As Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . .
E) As Determine the end behavior of the function as . A) As . B) As . C) As . D) As . E) As . .

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Express the polynomial function Express the polynomial function in complete factored form. A) B) C) D) E) in complete factored form.


A) Express the polynomial function in complete factored form. A) B) C) D) E)
B) Express the polynomial function in complete factored form. A) B) C) D) E)
C) Express the polynomial function in complete factored form. A) B) C) D) E)
D) Express the polynomial function in complete factored form. A) B) C) D) E)
E) Express the polynomial function in complete factored form. A) B) C) D) E)

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Which one of the following is the graph of Which one of the following is the graph of . A) B) C) None of these options D) E) .


A) Which one of the following is the graph of . A) B) C) None of these options D) E)
B) Which one of the following is the graph of . A) B) C) None of these options D) E)
C) None of these options
D) Which one of the following is the graph of . A) B) C) None of these options D) E)
E) Which one of the following is the graph of . A) B) C) None of these options D) E)

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Which one of the following is the equation of the horizontal asymptote for Which one of the following is the equation of the horizontal asymptote for ? A) B) C) D) E) ?


A) Which one of the following is the equation of the horizontal asymptote for ? A) B) C) D) E)
B) Which one of the following is the equation of the horizontal asymptote for ? A) B) C) D) E)
C) Which one of the following is the equation of the horizontal asymptote for ? A) B) C) D) E)
D) Which one of the following is the equation of the horizontal asymptote for ? A) B) C) D) E)
E) Which one of the following is the equation of the horizontal asymptote for ? A) B) C) D) E)

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Which one of the following graphs represents the function Which one of the following graphs represents the function ? A) B) C) D) E) ?


A) Which one of the following graphs represents the function ? A) B) C) D) E)
B) Which one of the following graphs represents the function ? A) B) C) D) E)
C) Which one of the following graphs represents the function ? A) B) C) D) E)
D) Which one of the following graphs represents the function ? A) B) C) D) E)
E) Which one of the following graphs represents the function ? A) B) C) D) E)

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If the rational function If the rational function has the vertical asymptote , then as , also. has the vertical asymptote If the rational function has the vertical asymptote , then as , also. , then as If the rational function has the vertical asymptote , then as , also. , If the rational function has the vertical asymptote , then as , also. also.

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Find the equation of the horizontal asymptote of Find the equation of the horizontal asymptote of . A) B) 3 C) D) E) .


A) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E)
B) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E) 3
C) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E)
D) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E)
E) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E) Find the equation of the horizontal asymptote of . A) B) 3 C) D) E)

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Determine the end behavior of the function Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . .


A) As Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . and Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . .
B) As Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . and Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . .
C) As Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . and Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . .
D) As Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . and Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . .
E) As Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . and Determine the end behavior of the function . A) As and . B) As and . C) As and . D) As and . E) As and . .

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Which one of the following graphs represents the function Which one of the following graphs represents the function ? A) B) C) D) E) None of these options ?


A) Which one of the following graphs represents the function ? A) B) C) D) E) None of these options
B) Which one of the following graphs represents the function ? A) B) C) D) E) None of these options
C) Which one of the following graphs represents the function ? A) B) C) D) E) None of these options
D) Which one of the following graphs represents the function ? A) B) C) D) E) None of these options
E) None of these options

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For values of For values of , the function grows faster than the function . , the function For values of , the function grows faster than the function . grows faster than the function For values of , the function grows faster than the function . .

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Which one of the following is a graph of the function Which one of the following is a graph of the function ? A) B) C) None of these options D) E) ?


A) Which one of the following is a graph of the function ? A) B) C) None of these options D) E)
B) Which one of the following is a graph of the function ? A) B) C) None of these options D) E)
C) None of these options
D) Which one of the following is a graph of the function ? A) B) C) None of these options D) E)
E) Which one of the following is a graph of the function ? A) B) C) None of these options D) E)

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Determine the behavior of Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . as Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . .


A) As Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . .
B) As Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . .
C) As Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . .
D) As Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . .
E) As Determine the behavior of as . A) As . B) As . C) As . D) As . E) As . .

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Determine the end behavior of the function Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .


A) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
B) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
C) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
D) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .
E) As Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . and as Determine the end behavior of the function . A) As and as . B) As and as . C) As and as . D) As and as . E) As and as . .

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A cardboard box has a square base, with each edge of the base having length A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E) inches, as shown in the figure. The volume of the box is determined by the function A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E) . What is the domain of A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E) in the context of this problem? A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E)


A) A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E)
B) A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E)
C) A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E)
D) A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E)
E) A cardboard box has a square base, with each edge of the base having length inches, as shown in the figure. The volume of the box is determined by the function . What is the domain of in the context of this problem? A) B) C) D) E)

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