A 96.1 kg football player travelling east and a 68.5 kg football player travelling north are involved in an inelastic collision and travel together after the collision. Their shared final velocity after the collision is 5.18m/s [25.4 degrees N of E]. Calculate the velocities of both football players before the collision. Use the inelastic collision formula to draw a right triangle.
A 96.1 kg football player travelling east and a 68.5 kg football player travelling north are involved in an inelastic collision and travel together after the collision. Their shared final velocity after the collision is 5.18m/s [25.4 degrees N of E]. Calculate the velocities of both football players before the collision. Use the inelastic collision formula to draw a right triangle.
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![A 96.1 kg football player travelling east and a 68.5 kg football player travelling north
are involved in an inelastic collision and travel together after the collision.
Their shared final velocity after the collision is 5.18m/s [25.4 degrees N of E].
Calculate the velocities of both football players before the collision.
Use the inelastic collision formula to draw a right triangle.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc3617224-bb1c-42c9-b0c6-9865df428f41%2F70983b3f-f5cf-4757-ad78-3d05145b4958%2F9yhtwo_processed.png&w=3840&q=75)
Transcribed Image Text:A 96.1 kg football player travelling east and a 68.5 kg football player travelling north
are involved in an inelastic collision and travel together after the collision.
Their shared final velocity after the collision is 5.18m/s [25.4 degrees N of E].
Calculate the velocities of both football players before the collision.
Use the inelastic collision formula to draw a right triangle.
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