20 Time't (in minutes) 4 6 8 10 Distance s (in miles) Distance s (in miles) 100 100 (10, 90) 80 (5, 72) 80 (0, 60) (10, 72) (3, 60) 60 40 40 (3, 30) 20 20 (5, 30) Time t Time t (in minutes) (0, 0) O 2 (in minutes) 4 6 8 10 2 4 6 10 Distance s (in miles) Distance s (in miles) 100 10 80 (5, 72) (10. 9) (10, 72) 60% (0, 60) (3, 60) 6 (3. 3) 20 2 (5, 3) Time t Time t (3.5) (5.5) (in minutes) (0, 0) 2 6 (in minutes) 8 10 O 2 6 1015. [-/1 Points] DETAILS LARCALCET7 3.2.106. MY N The graph of a velocity function (see figure) represents the velocity in miles per hour during a 10-minute trip to work. Make a sketch of the corresponding position function. Velocity v (in mi/hj 100 20 Timelt (in minate 2 6 10 Distance s (in miles) Distance s (In miles) 100 100 (10, 90) (5, 72) 10. GO (10, 72) (3, 60) 40 (3. 30) 20 20 (5, 30) Time t Time t tin minutes, (0, 0) (in minutes) H. 10 2 6 10 Distance s (in miles) Distance s (in miles)