3. Sam is driving Car A at 45.0 km/hr East. Braydon is driving Car B is at 55.0 km/he North. The masses of the cars are

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answerhappygod
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3. Sam is driving Car A at 45.0 km/hr East. Braydon is driving Car B is at 55.0 km/he North. The masses of the cars are

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3 Sam Is Driving Car A At 45 0 Km Hr East Braydon Is Driving Car B Is At 55 0 Km He North The Masses Of The Cars Are 1
3 Sam Is Driving Car A At 45 0 Km Hr East Braydon Is Driving Car B Is At 55 0 Km He North The Masses Of The Cars Are 1 (13.88 KiB) Viewed 9 times
3 Sam Is Driving Car A At 45 0 Km Hr East Braydon Is Driving Car B Is At 55 0 Km He North The Masses Of The Cars Are 2
3 Sam Is Driving Car A At 45 0 Km Hr East Braydon Is Driving Car B Is At 55 0 Km He North The Masses Of The Cars Are 2 (13.88 KiB) Viewed 9 times
3. Sam is driving Car A at 45.0 km/hr East. Braydon is driving Car B is at 55.0 km/he North. The masses of the cars are MA-2200 kg and Ma-3750 kg. They collide (nobody is hurt!) and the wreckage sticks together. a) Determine the direction the wreckage moves (angle 0 in the diagram). (T/1: 2) b) How far does the wreckage slide before coming to stop? Assume the coefficient of kinetic friction is 0.65. (T/1:2)
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