Fill in the missing dimensions. round your answer to the nearest tenth 1. the scale factor for a model is 4 cm= m model : 55.7 cm actual: 265.4 m 2. the scale of a map is 1 ft = 15.9 mi map: ft actual: 26.8 mi 3. the scale of a map is 9 m = 3 mi map: 6.8 m actual: mi 4. the scale of a map is 2 km = 5 mi map: 2.7 km actual: mi 5. the scale of a map is 1 ft = 13.7 mi map: ft actual: 54.9 mi 6. the scale factor for a model is 4 cm= m model : 55.7 cm actual: 108.4 m 7. the scale of a map is 9 m = 2 mi map: 6.8 m actual: mi 8. the scale of a map is 4 mm = 2 mi map: 9.7 mm actual: mi 9. the scale factor for a model is 6 cm = m model : 24.5 cm actual: 146.8 m 10. the scale of a map is 1 m = 16.5 mi map: m actual: 19.5 mi 11. the scale of a map is 6 ft = 6 mi map: 4.9 ft actual: mi 12. the scale factor for a model is 10 cm = m model : 60.5 cm actual: 264.2 m 13. the scale of a map is 1 m = 17.6 mi map: m actual: 65.2 mi 14. the scale of a map is 5 km = 4 mi map: 8.5 km actual: mi 15. the scale factor for a model is 9 cm = m model : 32.9 cm actual: 204.3 m 16. the scale of a map is 1 m = 15.2 mi map: m actual: 37.9 mi 17. the scale of a map is 3 ft = 9 mi map: 9.2 ft actual: mi 18. the scale factor for a model is 5 cm = m model: 64.9 cm actual: 92.6 m 19. the scale of a map is 1 m = 10.2 mi map: m actual: 42.8 mi 20. the scale of a map is 5 yd =7 mi map: 8.6 yd actual: mi

Does anyone know how to do geometryme with this problem

The table below shows the function f. determine the value of f(3) that will lead to an average rate of change of 19 over the interval [3, 5]. a. 32 b. -32 c. 25 d. -25

Atrain traveled for 1.5 hours to the first station, stopped for 30 minutes, then traveled for 4 hours to the final station where it stopped for 1 hour. the total distance traveled is a function of time. which graph most accurately represents this scenario? a graph is shown with the x-axis labeled time (in hours) and the y-axis labeled total distance (in miles). the line begins at the origin and moves upward for 1.5 hours. the line then continues upward at a slow rate until 2 hours. from 2 to 6 hours, the line continues quickly upward. from 6 to 7 hours, it moves downward until it touches the x-axis a graph is shown with the axis labeled time (in hours) and the y axis labeled total distance (in miles). a line is shown beginning at the origin. the line moves upward until 1.5 hours, then is a horizontal line until 2 hours. the line moves quickly upward again until 6 hours, and then is horizontal until 7 hours a graph is shown with the axis labeled time (in hours) and the y-axis labeled total distance (in miles). the line begins at the y-axis where y equals 125. it is horizontal until 1.5 hours, then moves downward until 2 hours where it touches the x-axis. the line moves upward until 6 hours and then moves downward until 7 hours where it touches the x-axis a graph is shown with the axis labeled time (in hours) and the y-axis labeled total distance (in miles). the line begins at y equals 125 and is horizontal for 1.5 hours. the line moves downward until 2 hours, then back up until 5.5 hours. the line is horizontal from 5.5 to 7 hours