A car traveling at a velocity of 26.6 m/s crashes into a tree. The passenger in the car is earing a seat belt and is stopped in 2.2 seconds. The mass of the passenger is 50 kg.

1. According to Newton's first law(of motion), what will the passenger's motion tend to be during the crash?

2. Use the formula a =

Question

A car traveling at a velocity of 26.6 m/s crashes into a tree. The passenger in the car is earing a seat belt and is stopped in 2.2 seconds. The mass of the passenger is 50 kg.

1. According to Newton's first law(of motion), what will the passenger's motion tend to be during the crash?

2. Use the formula a = <v/ < t  (the < signs are the little triangles in the actual formula, sorry don't know how to type them)

3. What was the force acting on the passenger?

4. What was the action and reaction force that acted on the seat belt?

Please help!:)

anonymous · Answer

Someone help please, I would really appreciate it!:)

anonymous · Answer

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