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11.7.2: Practice Test

  • Page ID
    119020
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    Practice Test

    339.

    Plot and label these points:

    1. (2,5)(2,5)
    2. (−1,−3)(−1,−3)
    3. (−4,0)(−4,0)
    4. (3,−5)(3,−5)
    5. (−2,1)(−2,1)
    340.

    Name the ordered pair for each point shown.

    The graph shows the x y-coordinate plane. The axes extend from -7 to 7. A is plotted at -4, 1, B at 3, 2, C at 0, -2, D at -1, -4, and E at 4,-3.
    341.

    Find the x-interceptx-intercept and y-intercepty-intercept on the line shown.

    The graph shows the x y-coordinate plane. The x-axis runs from -7 to 7. The y-axis runs from -7 to 7. A line passes through the points “ordered pair 4,  0” and “ordered pair 0, -2”.
    342.

    Find the x-interceptx-intercept and y-intercepty-intercept of the equation 3xy=6.3xy=6.

    343.

    Is (1,3)(1,3) a solution to the equation x+4y=12?x+4y=12? How do you know?

    344.

    Complete the table to find four solutions to the equation y=x+1.y=x+1.

    xx yy (x,y)(x,y)
    00    
    11    
    33    
    −2−2    
    345.

    Complete the table to find three solutions to the equation 4x+y=84x+y=8

    xx yy (x,y)(x,y)
    00    
      00  
    33    

    In the following exercises, find three solutions to each equation and then graph each line.

    346.

    y = −3 x y = −3 x

    347.

    2 x + 3 y = −6 2 x + 3 y = −6

    In the following exercises, find the slope of each line.

    348.
    The graph shows the x y-coordinate plane. The axes run from -7 to 7. The y-axis runs from -5 to -4. A line passes through the points “ordered pair 6,  4” and “ordered pair 0, -3”.
    349.
    The graph shows the x y-coordinate plane. The axes run from -7 to 7. A line passes through the points “ordered pair 3,  0” and “ordered pair 1, 5”.
    350.

    Use the slope formula to find the slope of the line between (0,−4)(0,−4) and (5,2).(5,2).

    351.

    Find the slope of the line y=2.y=2.

    352.

    Graph the line passing through (1,1)(1,1) with slope m=32.m=32.

    353.

    A bicycle route climbs 2020 feet for 1,0001,000 feet of horizontal distance. What is the slope of the route?


    11.7.2: Practice Test is shared under a CC BY 4.0 license and was authored, remixed, and/or curated by LibreTexts.

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