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To celebrate the Super Bowl this past Sunday. Mr. Iannone and Mr. Chartrand decide to play some football. The game proceeds and leads to a tied game, with time left for one last play. The play starts in the middle of the field with Mr. Chartrand (a running back) carrying the football north, running 2 m from the end zone. The defending team's defender (Mr. Iannone) sees the running back coming in and runs toward him. The velocities and masses of Mr. Chartrand and Mr. Iannone are shown in the diagram below. Assume that if the final momentum is such that Mr. Chartrand and Mr. Iannone are heading toward the Goal Line, a touchdown will be scored, and they will not go out of bounds. Path of Mr. Iannone (Defender) Mr. Iannones angle of approach 43.1° m=73 kg velocity 6.0 m/s Goal Line 2.0 m Location of collision Path of Mr. Chartrand (Running Back) m= 80 kg velocity= 8.3 m/s 1. Determine if Mr. Chartrand scores a touchdown by crossing the goal line or if Mr. Iannone has enough momentum to stop him from crossing the goal line. In your response, sketch an arrow showing the expected path of the two players immediately after the collision, explain how you determined the direction, sketch a vector addition diagram consistent with the vector analysis method you choose, and state all necessary physics principles and formulas. In your solution, you must determine the final momentum magnitude and direction that Mr. Iannone and Mr. Chartrand travel post-collision. Marks will be awarded based on your vector diagrams, the physics that you use, and on the mathematical treatment that you provide.

To celebrate the Super Bowl this past Sunday. Mr. Iannone and Mr. Chartrand decide to play some football. The game proceeds and leads to a tied game, with time left for one last play. The play starts in the middle of the field with Mr. Chartrand (a running back) carrying the football north, running 2 m from the end zone. The defending team's defender (Mr. Iannone) sees the running back coming in and runs toward him. The velocities and masses of Mr. Chartrand and Mr. Iannone are shown in the diagram below. Assume that if the final momentum is such that Mr. Chartrand and Mr. Iannone are heading toward the Goal Line, a touchdown will be scored, and they will not go out of bounds. Path of Mr. Iannone (Defender) Mr. Iannones angle of approach 43.1° m=73 kg velocity 6.0 m/s Goal Line 2.0 m Location of collision Path of Mr. Chartrand (Running Back) m= 80 kg velocity= 8.3 m/s 1. Determine if Mr. Chartrand scores a touchdown by crossing the goal line or if Mr. Iannone has enough momentum to stop him from crossing the goal line. In your response, sketch an arrow showing the expected path of the two players immediately after the collision, explain how you determined the direction, sketch a vector addition diagram consistent with the vector analysis method you choose, and state all necessary physics principles and formulas. In your solution, you must determine the final momentum magnitude and direction that Mr. Iannone and Mr. Chartrand travel post-collision. Marks will be awarded based on your vector diagrams, the physics that you use, and on the mathematical treatment that you provide.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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To celebrate the Super Bowl this past Sunday. Mr. Iannone and Mr. Chartrand decide to play some football. The game proceeds and leads to a tied game, with time left for one last play. The play starts in the middle of the field with Mr. Chartrand (a running back) carrying the football north, running 2 m from the end zone. The defending team's defender (Mr. Iannone) sees the running back coming in and runs toward him. The velocities and masses of Mr. Chartrand and Mr. Iannone are shown in the diagram below. Assume that if the final momentum is such that Mr. Chartrand and Mr. Iannone are heading toward the Goal Line, a touchdown will be scored, and they will not go out of bounds. Path of Mr. Iannone (Defender) Mr. Iannones angle of approach 43.1° m=73 kg velocity 6.0 m/s Goal Line 2.0 m Location of collision Path of Mr. Chartrand (Running Back) m= 80 kg velocity= 8.3 m/s 1. Determine if Mr. Chartrand scores a touchdown by crossing the goal line or if Mr. Iannone has enough momentum to stop him from crossing the goal line. In your response, sketch an arrow showing the expected path of the two players immediately after the collision, explain how you determined the direction, sketch a vector addition diagram consistent with the vector analysis method you choose, and state all necessary physics principles and formulas. In your solution, you must determine the final momentum magnitude and direction that Mr. Iannone and Mr. Chartrand travel post-collision. Marks will be awarded based on your vector diagrams, the physics that you use, and on the mathematical treatment that you provide.
Transcribed Image Text:To celebrate the Super Bowl this past Sunday. Mr. Iannone and Mr. Chartrand decide to play some football. The game proceeds and leads to a tied game, with time left for one last play. The play starts in the middle of the field with Mr. Chartrand (a running back) carrying the football north, running 2 m from the end zone. The defending team's defender (Mr. Iannone) sees the running back coming in and runs toward him. The velocities and masses of Mr. Chartrand and Mr. Iannone are shown in the diagram below. Assume that if the final momentum is such that Mr. Chartrand and Mr. Iannone are heading toward the Goal Line, a touchdown will be scored, and they will not go out of bounds. Path of Mr. Iannone (Defender) Mr. Iannones angle of approach 43.1° m=73 kg velocity 6.0 m/s Goal Line 2.0 m Location of collision Path of Mr. Chartrand (Running Back) m= 80 kg velocity= 8.3 m/s 1. Determine if Mr. Chartrand scores a touchdown by crossing the goal line or if Mr. Iannone has enough momentum to stop him from crossing the goal line. In your response, sketch an arrow showing the expected path of the two players immediately after the collision, explain how you determined the direction, sketch a vector addition diagram consistent with the vector analysis method you choose, and state all necessary physics principles and formulas. In your solution, you must determine the final momentum magnitude and direction that Mr. Iannone and Mr. Chartrand travel post-collision. Marks will be awarded based on your vector diagrams, the physics that you use, and on the mathematical treatment that you provide.
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