

1. 
Evaluate 3x + 2y if x = 3 and y = 7. 


A. 
5 
B. 
27 


C. 
105 
D. 
23 


Hint 


2. 
Evaluate b^{3} + 6 if b = 2. 


A. 
12 
B. 
15 


C. 
14 
D. 
512 


Hint 


3. 
Find the area of a rectangle whose length is 15 meters and whose width is 7 meters. 


A. 
150 m^{2} 
B. 
44 m^{2} 


C. 
105 m^{2} 
D. 
22 m^{2} 


Hint 


4. 
Express as a decimal. 


A. 

B. 
0.3 


C. 
0.33 
D. 
3.3 


Hint 


5. 
On how many days was the temperature below 76 degrees? 





A. 
2 
B. 
6 


C. 
1 
D. 
5 


Hint 


6. 
What is the next term in the sequence 1, 4, 7, 10, … ? 


A. 
40 
B. 
13 


C. 
30 
D. 
17 


Hint 


7. 
Solve –75 = –25a. 


A. 

B. 
3 


C. 
–100 
D. 
–50 


Hint 


8. 
What is the first step in solving 4x – 3 = 9? 


A. 
Divide each side of the equation by 4. 


B. 
Add 3 to each side of the equation. 


C. 
Subtract 3 from each side of the equation. 


D. 
Divide each side of the equation by –3. 


Hint 


9. 
Find the area of the rectangle. 





A. 
15 ft^{2} 
B. 
56 ft^{2} 


C. 
49 ft^{2} 
D. 
8 ft^{2} 


Hint 


10. 
Multiply 45.3 × 10^{2}. 


A. 
0.453 
B. 
4.53 


C. 
4,530 
D. 
453 


Hint 


11. 
Express as a decimal. 


A. 
26 
B. 
3.6666… 


C. 
0.26 
D. 
2.6 


Hint 


12. 
Express as a percent. 


A. 
60% 
B. 
90% 


C. 
20% 
D. 
80% 


Hint 


13. 
Marquez is on a certain baseball team that has a fourman pitching rotation, so each pitcher plays every four days. Walter is on another team, which has a fiveman rotation. If Marquez and Walter play in the same game today, how many days will it be before they play on the same day again? 


A. 
4 
B. 
5 


C. 
10 
D. 
20 


Hint 


14. 
Maurice rode his bike for of a mile, Malia rode her bike for of a mile, and Daniela rode her bike for of a mile. Who rode farthest? 


A. 
Daniela 
B. 
They all rode the same distance. 


C. 
Malia 
D. 
Maurice 


Hint 


15. 
Solve 5r  7 = 38. 


A. 
9 
B. 
6 


C. 
5 
D. 
14 


Hint 


16. 
Janice has three pieces of string that are 36 cm, 24 cm, and 18 cm in length. She needs to have strings that are all the same length, but she does not want to waste any string. What is the greatest length Janice can cut each piece of string into and still have equal lengths? 


A. 
6 cm 
B. 
3 cm 


C. 
12 cm 
D. 
9 cm 


Hint 


17. 
Use the Distributive Property to find (7  4)8 written as an equivalent expression. Then evaluate the expression. 


A. 
7 · 8  8  4; 24 
B. 
7 · 8  4 · 8; 24 


C. 
8  7 · 8  4; 4 
D. 
7 · 8  4 · 8; 416 


Hint 


18. 
Factor 8x^{2}. 


A. 
2 · 2 · 2 · x · x 
B. 
8 · x 


C. 
2 · 2 · 2 · x 
D. 
2 · 4 · x · x 


Hint 


19. 
Estimate  . 


A. 
1 
B. 
0 


C. 
1 
D. 



Hint 


20. 
Find the multiplicative inverse of . 


A. 

B. 



C. 

D. 



Hint 


