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F 0.5 S 0 UBC Engineering N A block of a mass of 6 kg and a spring with a k value 30 as shown in the diagram shown below. The m kinetic μ has a value of μ = 0.2 the applied force F = 60 N. Assume the block is already in motion (only use kinetic coefficient) and there more the spring is already compressed by 0.5 m. What is the magnitude of work done by force, spring, and total work after the system comes to an equilibrium?

F 0.5 S 0 UBC Engineering N A block of a mass of 6 kg and a spring with a k value 30 as shown in the diagram shown below. The m kinetic μ has a value of μ = 0.2 the applied force F = 60 N. Assume the block is already in motion (only use kinetic coefficient) and there more the spring is already compressed by 0.5 m. What is the magnitude of work done by force, spring, and total work after the system comes to an equilibrium?

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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F W spring 0.5 Wtotal S N m A block of a mass of 6 kg and a spring with a k value 30 as shown in the diagram shown below. The kinetic μ has a value of μ = 0.2 the applied force F = 60 N. Assume the block is already in motion (only use kinetic coefficient) and there more the spring is already compressed by 0.5 m. What is the magnitude of work done by force, spring, and total work after the system comes to an equilibrium? UBC Engineering Please consider whether the work is positive or negative work and include the correct sign in your answer below W force
Transcribed Image Text:F W spring 0.5 Wtotal S N m A block of a mass of 6 kg and a spring with a k value 30 as shown in the diagram shown below. The kinetic μ has a value of μ = 0.2 the applied force F = 60 N. Assume the block is already in motion (only use kinetic coefficient) and there more the spring is already compressed by 0.5 m. What is the magnitude of work done by force, spring, and total work after the system comes to an equilibrium? UBC Engineering Please consider whether the work is positive or negative work and include the correct sign in your answer below W force
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