A 13000 N elevator is lifted with a force of 16000 N against 2000N of friction a distance of 19 meters in 9 seconds. Which of thefollowing is the appropriate free body diagram for this situation?AFTBFNFT FNFA FTEFTFgFgFgFeFg FrFree body diagram: ?What is the net force on the elevator?Fnet =unit%DWhat is the net work done on the elevator?WnetunitWhat is the power output of the elevator?Pnet =unit%3D

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Description: A 13000 N elevator is lifted with a force of 16000 N against 2000N of friction a distance of 19 meters in 9 seconds. Which of thefollowing is the appropriate free body diagram for this situation?AFTBFNFT FNFA FTEFTFgFgFgFeFg FrFree body diagram: ?Wh

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A 13000 N elevator is lifted with a force of 16000 N against 2000 N of friction a distance of 19 meters in 9 seconds. Which of the following is the appropriate free body diagram for this situation? A FT FN FT FN FA FT FT Fg Fg Fg Fg Fg 'F Free body diagram: ? v What is the net force on the elevator? Fnet unit What is the net work done on the elevator? Wnet unit What is the power output of the elevator? Pnet unit

A 13000 N elevator is lifted with a force of 16000 N against 2000 N of friction a distance of 19 meters in 9 seconds. Which of the following is the appropriate free body diagram for this situation? A FT FN FT FN FA FT FT Fg Fg Fg Fg Fg 'F Free body diagram: ? v What is the net force on the elevator? Fnet unit What is the net work done on the elevator? Wnet unit What is the power output of the elevator? Pnet unit

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter10: Work, Energy And Machines

Section: Chapter Questions

Problem 90A

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