5. An 80 kg running back moving at 5.0 m/s attempts to dive directly across the...

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5. An 80 kg running back moving at 5.0 m/s attempts to dive directly across the goal line for a touchdown. Just as he reaches the line, he is met head-on in mid-air by a 75 kg linebacker moving in the opposite direction at 2.8 m/s. They both become entangled as one mass. a. What is the velocity of the football players after the collision? b. Did the running back score a touchdown? How do you know? Velocity = C. How does the force that the running back exerts on the linebackers compare to the force that the linebackers exert on the running back? Be sure to justify your response with the correct Physics concept. d. How does the impulse that the running back experiences compare to the impulse that the linebackers experience? Be sure to justify your response with the correct Physics concept. 5. An 80 kg running back moving at 5.0 m/s attempts to dive directly across the goal line for a touchdown. Just as he reaches the line, he is met head-on in mid-air by a 75 kg linebacker moving in the opposite direction at 2.8 m/s. They both become entangled as one mass. a. What is the velocity of the football players after the collision? b. Did the running back score a touchdown? How do you know? Velocity = C. How does the force that the running back exerts on the linebackers compare to the force that the linebackers exert on the running back? Be sure to justify your response with the correct Physics concept. d. How does the impulse that the running back experiences compare to the impulse that the linebackers experience? Be sure to justify your response with the correct Physics concept.

Answer rating: 100% (QA)

Given Mass of the running back 1 80 m 1 80 kg Initial velocity of the running back 1 50 v 1 50 ms Mass of the linebacker 2 75 m 2 75 kg Initial veloci... View the full answer