Please do # 6 and 7 thank you

5) You are to take necessary data on all 8 initial heights and stopping distances. Record your data below. INITIAL HEIGHT (cm) SPEED (m/s) STOPPING DISTANCE (CM) 10 Cm 1 . 21 m/s 10 cm 20 cm 1. 71 mls 25 cm 30 CM 2. 10 mls 35 Cm 10 Cm 2. 42 m /s 48 cm 50 cm 2. 71 m/s 60 Cm 60 cm 2. 97 m/s 73 cm 70 cm 3. 21 mls 85 Cm 80 cm 3. 43 m/s 98 cm 6) Do you see a pattern with the initial height vs stopping distance? Write out a possible function that relates initial height and stopping distance. The function should take on a linear form: y = mx + b. 7) Use your knowledge of the conservation of energy to determine the amount of energy gained by the car as it hits the bottom of the hill. Then use that to determine how much mechanical energy was lost as it came to a stop. Then use that to determine the average frictional force that stopped the car. Do this for only one of the simulations (one of your choice). Provide your calculation and answer below