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1. Suppose a car is involved in a collision in which it is brought to a constant speed of 31 m/s. Fortunately, the seat belt worn by the 65 kg driver brought the driver to rest in 0.35 s. How much force is exerted bv the seat on the driver? Compute for the acceleration experienced by the driver during collision

1. Suppose a car is involved in a collision in which it is brought to a constant speed of 31 m/s. Fortunately, the seat belt worn by the 65 kg driver brought the driver to rest in 0.35 s. How much force is exerted bv the seat on the driver? Compute for the acceleration experienced by the driver during collision

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1. Suppose a car is involved in a collision in which it is brought to a constant speed of 31 m/s. Fortunately, the seat belt worn by the 65 kg driver brought the driver to rest in 0.35 s. How much force is exerted by the seat on the driver? Compute for the acceleration experienced by the driver during collision
Transcribed Image Text:1. Suppose a car is involved in a collision in which it is brought to a constant speed of 31 m/s. Fortunately, the seat belt worn by the 65 kg driver brought the driver to rest in 0.35 s. How much force is exerted by the seat on the driver? Compute for the acceleration experienced by the driver during collision
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