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1. |
Find 5.335 ÷ 11. |
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A. |
0.48 |
B. |
4.85 |
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C. |
0.535 |
D. |
0.485 |
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Hint |
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2. |
Express  as a decimal. |
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A. |
0.5 |
B. |
0.4 |
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C. |
0.04 |
D. |
0.8 |
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Hint |
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3. |
Evaluate (4 + 5) ÷ 3 × 2 + (22 - 1). |
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A. |
10 |
B. |
9 |
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C. |
 |
D. |
18 |
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Hint |
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4. |
Evaluate (17 + 15) ÷ (5 - 1). |
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A. |
32 |
B. |
4 |
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C. |
8 |
D. |
19 |
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Hint |
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5. |
Find the least common multiple of 6 and 15. |
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A. |
15 |
B. |
3 |
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C. |
60 |
D. |
30 |
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Hint |
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6. |
Find the tenth term of the pattern
0, 1, 4, 9, 16, 25, 36, … . |
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A. |
100 |
B. |
64 |
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C. |
49 |
D. |
81 |
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Hint |
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7. |
The table shows the scores of 20 students on a history test. Which is a histogram of the data? |
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A. |
 |
B. |
 |
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C. |
 |
D. |
 |
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Hint |
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8. |
A line plot gives a fairly good representation of the distribution of data. |
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A. |
True |
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B. |
False, because the data that occurs the most is not shown. |
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C. |
False, the best distribution is always shown with a circle graph. |
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D. |
False, because not all of the data is represented. |
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Hint |
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9. |
Find  . |
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A. |
 |
B. |
 |
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C. |
 |
D. |
9 |
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Hint |
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10. |
David, Scott, and Roger are going camping for the weekend. They bought 3 pounds of ground beef to make hamburgers on the grill. If an average hamburger weighs  pound, how many hamburgers can they make? |
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A. |
12 |
B. |
9 |
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C. |
10 |
D. |
8 |
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Hint |
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11. |
Choose the best description for the figure. |
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A. |
regular polygon |
B. |
polygon |
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C. |
semicircle |
D. |
not a polygon |
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Hint |
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12. |
Write  as a decimal. |
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A. |
0.5 |
B. |
2.5 |
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C. |
2.3 |
D. |
0.4 |
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Hint |
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13. |
What is 25% of 12? |
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A. |
9 |
B. |
6 |
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C. |
12 |
D. |
3 |
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Hint |
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14. |
In a motel the room tax is $4.50 and the room rate is $75. Write the tax as a percent of the room rate. |
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A. |
6% |
B. |
60% |
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C. |
0.6 |
D. |
0.06% |
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Hint |
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15. |
Find a rule for the toothpick sequence. |
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A. |
number of toothpicks = 2 × term number – 1 |
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B. |
number of toothpicks = term number – 1 |
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C. |
number of toothpicks = term number |
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D. |
number of toothpicks = 1 + term number |
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Hint |
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16. |
The graph shows temperatures recorded, on the hour, between the hours of 10:00 A.M. and 10:00 P.M. for a city in the Midwest in June. Why does it make sense to connect the points on this graph? |
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A. |
Connected points on a graph show a pattern in the data. |
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B. |
The temperature existed between the times recorded on the graph. |
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C. |
Any and all points shown on a graph should always be connected. |
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D. |
The temperature does not change between the points on the graph. |
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Hint |
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17. |
Luis is l inches tall. Taylor is 10 inches shorter than Luis. Isabel is  as tall as Luis. Alexa is 6 inches taller than Isabel. Using l, t, i, and a for the heights of Luis, Taylor, Isabel, and Alexa respectively, which rule does not describe one of the situations above? |
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A. |
a = 6 + i |
B. |
i = l |
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C. |
t = l – 10 |
D. |
l = 6a + t |
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Hint |
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18. |
At a hockey stadium, there are 15 seats in every row. Let s represent the number of seats and r represent the number of rows. Which rule correctly describes the situation? |
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A. |
r = 15s |
B. |
s = r ÷ 15 |
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C. |
s = 15 + r |
D. |
s = 15r |
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Hint |
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19. |
Find a rule involving the sum of four consecutive whole numbers. |
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A. |
the sum of four consecutive whole numbers equals three times the second number |
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B. |
the sum of four consecutive whole numbers equals two times the sum of the first and last numbers |
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C. |
the sum of four consecutive whole numbers equals three times the sum of the middle two numbers |
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D. |
the sum of four consecutive whole numbers equals two times the last number |
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Hint |
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20. |
Use the flowchart to write an equation. |
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A. |
3(2k – 6) = 42 |
B. |
6k – 2(3) = 42 |
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C. |
2(6k – 3) = 42 |
D. |
6(3k – 2) = 42 |
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Hint |
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