A 1569 kg car is driving on a dry, level asphalt road. A deer runs across the road in front of the car and the driver makes an emergency stop. The car skids to a complete stop with locked brakes in 10 m. The driver does not hit the deer. Draw a free body diagram of the skidding car. Determine the weight of the car. Determine the normal force of the road on the car.
A 1569 kg car is driving on a dry, level asphalt road. A deer runs across the road in front of the car and the driver makes an emergency stop. The car skids to a complete stop with locked brakes in 10 m. The driver does not hit the deer. Draw a free body diagram of the skidding car. Determine the weight of the car. Determine the normal force of the road on the car.
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A 1569 kg car is driving on a dry, level asphalt road. A deer runs across the road in front of the car and the driver makes an emergency stop. The car skids to a complete stop with locked brakes in 10 m. The driver does not hit the deer.
- Draw a free body diagram of the skidding car.
- Determine the weight of the car.
- Determine the normal force of the road on the car.
- Determine the friction force of the road on the car while skidding.
- Determine the net force on the car while skidding.
- Determine the acceleration of the car while skidding.
All of the parts, please!
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