1.   Evaluate 3 × 2 - 6 ÷ 2 + 5.
    A. 5 B. -2
    C. -1 D. 8
    Hint

  2.   Which of the following sentences is true?
    A. when x = 6.
    B. 3x + 5 < x2 when x = 4.
    C. when x = 5.
    D. when x = 4.
    Hint

  3.   Name the set of numbers that is graphed below.
   
    A. {-1, 0, 1} B. {0}
    C. {-1, 0} D. {-1, 1}
    Hint

  4.   Find the mean of {3, 8, 10, 1, 25}.
    A. 1 B. 9
    C. 9.4 D. 8
    Hint

  5.   Triangle KMS is equilateral. Find KM if KM = x + 6, KS = 2x – 3, and MS = 4x – 21.
    A. 4 B. 15
    C. 21 D. 9
    Hint

  6.   Write an equation for the graph.
   
    A. y = x + 2 B. y = x + 1
    C. y = 2x + 2 D. y = 2x
    Hint

  7.   In parallelogram FGHI, _________.
   
    A. B.
    C. D.
    Hint

  8.   Express 0.034 × 107 in scientific notation.
    A. 34 × 104 B. 3.4 × 109
    C. 3.4 × 105 D. 0.34 × 106
    Hint

  9.  
   
    A. circumference B. diameter
    C. center D. radius
    Hint

  10.   The intersection of two planes could be a ______.
    A. plane B. line
    C. point D. segment
    Hint

  11.   Use the flowchart to backtrack and find the solution.
   
    A. 8 B. 7
    C. 9 D. 18
    Hint

  12.   Two triangles are necessarily congruent if and only if __________.
    A. their corresponding sides and corresponding angles are congruent, and they are rotated to the same position.
    B. their corresponding angles are congruent.
    C. their corresponding sides and corresponding angles are congruent.
    D. two of their sides are congruent.
    Hint

  13.   Simplify 2x + 5x + 4(x + 3).
    A. 11x + 3 B. 14x
    C. 11x + 12 D. 23x
    Hint

  14.   The circle graph shows the percent of Ms. Jackson's students who earned an ''A'' for each of the four grading periods during a school year. If Ms. Jackson taught 150 total students, how many students earned an ''A'' during the third quarter?
   
    A. 27 B. 48
    C. 60 D. 15
    Hint

  15.   Solve –15k > -120.
    A. k < 8 B. k < -8
    C. k > -8 D. k > 8
    Hint

  16.   Which of the following is not an example of inverse variation?
    A. the number of computers a company gives if it has enough computers to give 24 people 1 computer, or 12 people two computers
    B. the distance covered if several different people drive 200 miles to the game at variable speeds
    C. the number of samples a store can give away if they give 1 free sample to each of 300 people, or decide to give 2 samples to 300 people
    D. the number of running plays a football team can run if they elect to use 2 running backs for 8 plays each, or 1 running back for 16 plays
    Hint

  17.   If Dale Jarrett drives his car 1760 feet on the racetrack in 6 seconds, about how long will it take him to drive 2640 feet, a half mile?
    A. 18 seconds B. 6 minutes, 40 seconds
    C. 9 seconds D. 18 minutes
    Hint

  18.   In a factory, every fifth product out of 100 is quality tested. What kind of sampling is represented?
    A. Systematic Sampling B. Random Sampling
    C. Convenience Sampling D. Cluster Sampling
    Hint

  19.   Translate the phrase the sum of five and two times a number into a variable expression.
    A. 5n + 2 B. 2(n + 5)
    C. 5 + 2n D. 5(2 + n)
    Hint

  20.   Calculate 6C2
    A. 8 B. 90
    C. 60 D. 15
    Hint



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