TEAS Mathematics: Measurement and Data (Quiz 2) Welcome to your TEAS Practice Quizzes. Note: We designed Two (2) sets of practice quizzes for this Domain. Each set has 30 questions. TEAS Mathematics (quiz 2): Measurement and Data. (30 questions) Please click NEXT to start your Free TEAS Practice Quizzes right away. Best of Luck! 1. Looking at a map, 1 inch is equal to 35 miles. If two state parks are 4.5 inches apart on the map, how many miles apart are the state parks in reality? 157.5 miles 39.5 miles 315 miles 70 miles None 2. 37 mm is equal to _______ cm [3.7] [370] [0.37] [0.037] None 3. 7 gallons is equal to how many liters? 0.54 112 21 26.6 None 4. 112 ounces is equal to how many pounds? 5 pounds 1,792 pounds 48 pounds 7 pounds None 5. 4 gallons is equal to how many liters? 8 12 1.052 15.2 None 6. 48 ounces is equal to ______ cups. [6] [18] [3] [24] None 7. 104 ounces is equal to ______ cups. [26] [52] [16] [13] None 8. 7 km is equal to how many miles? Round your answer to the nearest hundredth. 5.74 3.24 4.35 7.6 None 9. Convert 12°C into °F. [44.6 °F] [53.6 °F] [20.6 °F] [61.6 °F] None 10. 80 ounces is equal to how many pounds? 32 pounds 400 pounds 160 pounds 5 pounds None 11. Looking at a map, 1 inch is equal to 50 miles. If two cities are 3.8 inches apart on the map, how many miles apart are the cities in reality? 100 miles 190 miles 53.8 miles 46.2 miles None 12. Convert 41°C into °F. [105.8 °F] [9.8 °F] [73.8 °F] [49.8 °F] None 13. 75 mm is equal to _______ cm [7.5] [0.075] [0.75] [7,500] None 14. 11 km is equal to how many miles? Round your answer to the nearest hundredth. 7.32 17.70 6.84 5.50 None 15. A balloon has the shape of a sphere when it is fully blown up. The radius of the balloon is 1.2 feet when it is fully blown up. How much air is blown into the balloon when it is full? V =(4/3) × π × r³ Use 3.14 for π and 1.33 for 4/3. 5.01144 ft² 49.41079382 ft³ 7.2164736 ft³ 15.7359216 ft² None 16. 198 inches is equal to ___ feet. 12.375 66 16.5 5.5 None 17. 12 kg is equal to how many pounds? 6 18.8 26.4 5.45 None 18. What is the surface area of a cylinder with a radius of 6 cm and a height of 14 cm? Use 3.14 for π. 640.56 cm² 345.8 cm² 753.6 cm² 178.72 cm² None 19. 156 inches is equal to ___ feet. 468 13 4.33 53 None 20. What is the surface area of a cylinder with a radius of 9 in and a height of 12 in? Use 3.14 for π. 1186.92 in² 932.58 in² 652.68 in² 805.41 in² None 21. A basketball has a radius of 4.8 inches. How much air can be pumped into the basketball when it is full? V = (4/3) × π × r³ Use 3.14 for π and 1.33 for 4/3. 197.6431753 in³ 56.52 in² 461.8543104 in³ 118.3152 in² None 22. 9 kg is equal to how many pounds? 18 19.8 4.09 12.5 None 23. Favorite dessert | Frequency: Apple Pie 21, Banana Split 18, Fried Twinkie 20, Gooey Butter Cake 14, Chess Pie 11, Hummingbird Cake 25.What is the total number of people asked? 100 25 110 109 None 24. "The sport that the respondent prefers | Frequency: American Football 8, Baseball 5, Ice Hockey 2, Basketball 4, Golf 6, Socker 6, Tennis 3. What is the total number of people surveyed?" 31 8 34 18 None 25. Find the median of the following numbers: 98.6, 11.8, 78.1, 25.3, and 65.4. 78.1 11.8 65.4 98.6 None 26. What is the median of the following numbers? 905.8, 125.6, 366.4, 489.7, 527.1 125.6 489.7 527.1 366.4 None 27. The cost of concert tickets across 5 theatres in the US is given below. What is the average cost of a concert ticket in the US? $197, $250, $320, $218, $305 $185 $250 $258 $296 None 28. The temperature in Miami was recorded for a week and is given below. What was the average temperature in Miami that week? 34.6 °C, 28.9 °C, 29.2 °C, 31.8 °C, 35.0 °C, 32.7 °C, 33.1 °C 33.32 °C 32.62 °C 32.19 °C 33.46 °C None 29. Pete went on a trip and recorded how the air temperature rose as the car moved south. Determine the independent and dependent variables. Distance – independent, air temperature – dependent Car speed – independent, distance – dependent Air temperature – independent, car speed – dependent Air temperature – independent, distance – dependent None 30. An engineer checks how strong cement becomes by adding different amounts of filler. Determine the independent and dependent variables. Cement strength – independent, time – dependent Time – independent, amount of filler – dependent Amount of filler – independent, cement strength – dependent Cement strength – independent, amount of filler – dependent None 1 out of 30 Time is Up! Time's up