a. Mass of car with egg: 181 kg b. Angle of the Ramp:41.8 c. Distance car...

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a. Mass of car with egg: 181 kg b. Angle of the Ramp:41.8 c. Distance car travels down the ramp=16m d. Time the car travels down the ramp: .5 s e. Distance the car travels on the floor 3 m f. Time the car travels on the floor 3,68s Calculations you need to make or have a. Initial Velocity of the car down the ramp b. Final Velocity of the car down the ramp c. Average Velocity of the car down the ramp d. Acceleration of the car down the ramp e. f. g. h. VF= Weight of the Car Normal Force of the Car on the Ramp Portion of the Weight pulling the Car down the Ramp Acceleration of the car on the floor i. Frictional force slowing the car down j. Normal force of the floor on the car k. Coefficient of kinetic friction between the floor and the tires 1. Average Velocity for the entire trip a. Mass of car with egg: 181 kg b. Angle of the Ramp:41.8 c. Distance car travels down the ramp=16m d. Time the car travels down the ramp: .5 s e. Distance the car travels on the floor 3 m f. Time the car travels on the floor 3,68s Calculations you need to make or have a. Initial Velocity of the car down the ramp b. Final Velocity of the car down the ramp c. Average Velocity of the car down the ramp d. Acceleration of the car down the ramp e. f. g. h. VF= Weight of the Car Normal Force of the Car on the Ramp Portion of the Weight pulling the Car down the Ramp Acceleration of the car on the floor i. Frictional force slowing the car down j. Normal force of the floor on the car k. Coefficient of kinetic friction between the floor and the tires 1. Average Velocity for the entire trip

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The image shows a list of given parameters about a car with an egg traveling down a ramp and across a floor along with a list of calculations that need to be made or have been made based on those para... View the full answer