100. kg Joe Burrows of the Cincinnati Bengals runs 7.67 m/s directly up the middle on a quarterback sneak. 129 kg Aaron Donald of the Los Angles Rams is chasing Joe at 7.81 m/s [N 32°E]. Aaron hits Joe such that the two players remained lock together. Using component vectors (not i and j vectors), what is the magnitude and direction of the players’ velocity after they collide? Include all appropriate diagrams for your full solution.
100. kg Joe Burrows of the Cincinnati Bengals runs 7.67 m/s directly up the middle on a quarterback sneak. 129 kg Aaron Donald of the Los Angles Rams is chasing Joe at 7.81 m/s [N 32°E]. Aaron hits Joe such that the two players remained lock together. Using component vectors (not i and j vectors), what is the magnitude and direction of the players’ velocity after they collide? Include all appropriate diagrams for your full solution.
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter8: Momentum And Collisions
Section: Chapter Questions
Problem 32P
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Question
100. kg Joe Burrows of the Cincinnati Bengals runs 7.67 m/s directly up the middle on a quarterback sneak. 129 kg
Aaron Donald of the Los Angles Rams is chasing Joe at 7.81 m/s [N 32°E]. Aaron hits Joe such that the two players
remained lock together. Using component vectors (not i and j vectors), what is the magnitude and direction of the
players’ velocity after they collide? Include all appropriate diagrams for your full solution.
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