1. Find the volume of the rectangular prism below. A. 480 cm3 B. 392 cm3 C. 25 cm3 D. 200 cm3 Hint 2. Find the volume of a rectangular prism that is 2.5 meters long, 4.4 meters wide, and 1.8 meters high A. 17.2 m3 B. 16.4 m3 C. 20.6 m3 D. 19.8 m3 Hint 3. Find the volume of the cylinder below to the nearest tenth. A. 150.8 cm3 B. 301.6 cm3 C. 603.2 cm3 D. 2412.7 cm3 Hint 4. Each edge of a cube is 1.5 centimeters in length. What is the surface area of the cube? A. 24.5 cm2 B. 36 cm2 C. 13.5 cm2 D. 3.75 cm2 Hint 5. Determine the surface area of the cylinder below. A. 71.6 m2 B. 79.5 m2 C. 63.6 m2 D. 95.4 m2 Hint 6. Make a three-dimensional drawing of a figure by using the top, side, and front views of the figure below. A. B. C. D. Hint 7. Chandra is cooking tomato soup. She has a cylindrical pot, which she wants to fill of the way to the top. The pot is 10 inches in diameter and 16 inches tall. 231 in3 = 1 gallon, so how many gallons of tomato soup should Chandra make? Round your answer to the nearest tenth. A. 4.1 gallons B. 942.4 gallons C. 16.3 gallons D. 5.4 gallons Hint 8. When compact discs are bought new, they generally have a clear plastic wrapper that covers the entire case. If a compact disc case is 1 cm thick, 12.5 cm wide, and 14 cm long, how much plastic wrapping covered the case? A. 350 cm2 B. 55 cm2 C. 403 cm2 D. 175 cm2 Hint 9. Find the surface area of the figure below. A. 754 m2 B. 1005.3 m2 C. 377 m2 D. 3267.3 m2 Hint 10. Which solid matches the top, side, and front views shown below. Use isometric paper to help you. A. B. C. D. Hint 11. Identify the precision unit of the clock below. A. 30 min B. 1 h C. 3 h D. 1 min Hint 12. Maurice Greene of the United States won the 100-meter run in the 2000 Olympics with a time of 9.87 seconds. How many significant digits are in this measurement? A. 8 B. 7 C. 9 D. 3 Hint