A receiver in a football game jumps straight into the air and catches the ball exactly at the high point of his jump, when his feet are 0.589 meters off the ground. When his feet touch the ground again, they are 0.0307 meters away from where he was standing when he jumped. He travelled 0.0307 m horizontally and fall from a height of 0.589 m after catching the ball. If the mass of the wide receiver is 90.0 kg, the mass of the football is 0.430 kg, and the ball was traveling horizontally when he caught it, what was the speed of the ball right before the catch?
A receiver in a football game jumps straight into the air and catches the ball exactly at the high point of his jump, when his feet are 0.589 meters off the ground. When his feet touch the ground again, they are 0.0307 meters away from where he was standing when he jumped. He travelled 0.0307 m horizontally and fall from a height of 0.589 m after catching the ball. If the mass of the wide receiver is 90.0 kg, the mass of the football is 0.430 kg, and the ball was traveling horizontally when he caught it, what was the speed of the ball right before the catch?
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
Chapter11: Gravity, Planetary Orbits, And The Hydrogen Atom
Section: Chapter Questions
Problem 1P
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A receiver in a football game jumps straight into the air and catches the ball exactly at the high point of his jump, when his feet are 0.589 meters off the ground. When his feet touch the ground again, they are 0.0307 meters away from where he was standing when he jumped. He travelled 0.0307 m horizontally and fall from a height of 0.589 m after catching the ball. If the mass of the wide receiver is 90.0 kg, the mass of the football is 0.430 kg, and the ball was traveling horizontally when he caught it, what was the speed of the ball right before the catch?
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