1.   What is the last step in the 4-step plan to solve problems?
    A. Examine B. Solve
    C. Explore D. Plan
    Hint

  2.   Evaluate (6 3)2.
    A. 6 B. 1
    C. 9 D. 0
    Hint

  3.   Evaluate 5 + 6 2 + 4.
    A. 17 B. 7
    C. 5 D. 13
    Hint

  4.   2,561 mm = ______m
    A. 2.561 B. 2,561,000
    C. 0.2561 D. 25.61
    Hint

  5.   What is the range for the scores 3, 1, 5, 7, 11, 9?
    A. 6 B. 10
    C. 9 D. 11
    Hint

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

  7.   The equation x + 3 = 5 is modeled below. To solve this problem using the model, what should you do first?
   
    A. Remove 5 positive counters from the right side of the mat.
    B. Add 5 negative counters to the left side of the mat.
    C. Add 3 positive counters to each side of the mat.
    D. Remove 3 positive counters from each side of the mat.
    Hint

  8.   7 times a number is 14. This can be represented by the equation
7n = 14. Solve to find the number.
    A. 2 B. 21
    C. 7 D. 3
    Hint

  9.   Choose the equation for the graph below.
   
    A. y = 2x 1 B. y = x 2
    C. y = x D. y = x + 1
    Hint

  10.   Multiply 45.3 × 102.
    A. 453 B. 4,530
    C. 4.53 D. 0.453
    Hint

  11.   2.3598 kL = ______ L
    A. 23598 B. 2,359.80
    C. 235.98 D. 0.0023598
    Hint

  12.   Find the next term in the sequence
15, 19, 23, 27,
    A. 81 B. 29
    C. 31 D. 30
    Hint

  13.   Solve w = 6(-3).
    A. -9 B. 9
    C. 18 D. -18
    Hint

  14.   Solve 3.2 + y = 8.7.
    A. 11.9 B. -3.2
    C. 5.5 D. 8.7
    Hint

  15.   Write The product of 7 and b is 56 as an algebraic equation.
    A. 7b + 56 B. 7 + b = 56
    C. 7b = 56 D. 7 ? 56 = b
    Hint

  16.   In the table below, find the missing value.
   
    A. -3 B. -11
    C. 3 D. 11
    Hint

  17.   The graphs below show the number of minutes spent on the phone. Which graph would you use to compare the amount of minutes spent on the phone Tuesday and Friday?
    A. B.
    C. D.
    Hint

  18.   Evaluate |-6| - |2|.
    A. 4 B. -8
    C. -4 D. 8
    Hint

  19.   Suppose you spend $6 for lunch at an arcade. Each game you play costs $0.75. How many games can you play if you brought $15 to spend?
    A. 11 games B. 13 games
    C. 12 games D. 10 games
    Hint

  20.   Graph y = 2x - 3.
    A. B.
    C. D.
    Hint



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