A 2 kg ball rolls off a 26 m high cliff, and lands 28 m from the base of the cliff. Express the displacement and the gravitational force in terms of vectors and calculate the work done by the gravitation. force. Note that the gravitational force is <0, -mg, 0>, where g is a positive number (+9.8 N/kg). (Let the origin be at the base of the cliff, with the +x direction towards where the ball lands, and th +y direction taken to be upwards.) Displacement Gravitational Force F Work W= m N

A 2 kg ball rolls off a 26 m high cliff, and lands 28 m from the base of the cliff. Express the displacement and the gravitational force in terms of vectors and calculate the work done by the gravitation. force. Note that the gravitational force is <0, -mg, 0>, where g is a positive number (+9.8 N/kg). (Let the origin be at the base of the cliff, with the +x direction towards where the ball lands, and th +y direction taken to be upwards.) Displacement Gravitational Force F Work W= m N

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Description: A 2 kg ball rolls off a 26 m high cliff, and lands 28 m from the base of the cliff. Express the displacement and the gravitational force in terms of vectors and calculate the work done by the gravitationalforce. Note that the gravitational force is

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter11: Angular Momentum

Section: Chapter Questions

Problem 11.6P

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