Determine the graph of left-parenthesis f minus g right-parenthesis left-parenthesis x right-parenthesis when lower f left-parenthesis x right-parenthesis equals Start Fraction 1 over x End Fraction and lower g left parenthesis x right parenthesis equals Start Root x End Root.
(1 point)
Responses
A graph is shown on the coordinate plane. The x-axis goes from negative 20 to 20 and the y-axis goes from negative 20 to 20. The graph starts coming down along the y-axis and then curves down to the right crossing the x-axis and continues to curve to the right. There is an asymptote at x = 0.
Image with alt text: A graph is shown on the coordinate plane. The x-axis goes from negative 20 to 20 and the y-axis goes from negative 20 to 20. The graph starts coming down along the y-axis and then curves down to the right crossing the x-axis and continues to curve to the right. There is an asymptote at x = 0.
A graph is shown on the coordinate plane. The x-axis goes from negative 15 to 35 and the y-axis goes from negative 5 to 15. The graph starts coming down along the y-axis. It begins to curve down to the right but then curves back up and to the right never crossing the x-axis. There is an asymptote at x = 0.
Image with alt text: A graph is shown on the coordinate plane. The x-axis goes from negative 15 to 35 and the y-axis goes from negative 5 to 15. The graph starts coming down along the y-axis. It begins to curve down to the right but then curves back up and to the right never crossing the x-axis. There is an asymptote at x = 0.
A graph is shown on the coordinate plane. The x-axis goes from negative 10 to 60 and the y-axis goes from negative 20 to 10. The graph starts coming up along the y-axis and then curves up to the right, crossing the x-axis and continuing to go up and to the right. There is an asymptote at x = 0.
Image with alt text: A graph is shown on the coordinate plane. The x-axis goes from negative 10 to 60 and the y-axis goes from negative 20 to 10. The graph starts coming up along the y-axis and then curves up to the right, crossing the x-axis and continuing to go up and to the right. There is an asymptote at x = 0.
A graph is shown on the coordinate plane. The x-axis goes from negative 10 to 60 and the y-axis goes from negative 20 to 10. The graph starts coming up along the y-axis. It begins to curve up to the right but then curves back down and to the right never crossing the x-axis. There is an asymptote at x = 0.
Image with alt text: A graph is shown on the coordinate plane. The x-axis goes from negative 10 to 60 and the y-axis goes from negative 20 to 10. The graph starts coming up along the y-axis. It begins to curve up to the right but then curves back down and to the right never crossing the x-axis. There is an asymptote at x = 0.
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A graph is shown on the coordinate plane. The x-axis goes from negative 15 to 35 and the y-axis goes from negative 5 to 15. The graph starts coming down along the y-axis. It begins to curve down to the right but then curves back up and to the right never crossing the x-axis. There is an asymptote at x = 0.
Image with alt text: A graph is shown on the coordinate plane. The x-axis goes from negative 15 to 35 and the y-axis goes from negative 5 to 15. The graph starts coming down along the y-axis. It begins to curve down to the right but then curves back up and to the right never crossing the x-axis. There is an asymptote at x = 0.
The correct response is:
A graph is shown on the coordinate plane. The x-axis goes from negative 15 to 35 and the y-axis goes from negative 5 to 15. The graph starts coming down along the y-axis. It begins to curve down to the right but then curves back up and to the right never crossing the x-axis. There is an asymptote at x = 0.
Image with alt text: A graph is shown on the coordinate plane. The x-axis goes from negative 15 to 35 and the y-axis goes from negative 5 to 15. The graph starts coming down along the y-axis. It begins to curve down to the right but then curves back up and to the right never crossing the x-axis. There is an asymptote at x = 0.