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A single conservative Force acts on a (5) kg Particle. The equation Ex = 2x+4 describes the force, where Fx is in new tons, and x is in meters. As the Paffical moves along the x-axis Particle the Potential energy From x=lm to X = 5m atth of the system hel Total

A single conservative Force acts on a (5) kg Particle. The equation Ex = 2x+4 describes the force, where Fx is in new tons, and x is in meters. As the Paffical moves along the x-axis Particle the Potential energy From x=lm to X = 5m atth of the system hel Total

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Asingle consevative Force acts on a a (5) kg Particle. The equation Fx = 2x+4 describes the force, where Fx is in new tons, and x is in meters. As the Paffical moves along the x-axis the Potential energy Particle From x=lm to X=5m akth of the system Whel rotat Ing.
Transcribed Image Text:Asingle consevative Force acts on a a (5) kg Particle. The equation Fx = 2x+4 describes the force, where Fx is in new tons, and x is in meters. As the Paffical moves along the x-axis the Potential energy Particle From x=lm to X=5m akth of the system Whel rotat Ing.
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Introduction:

A force is said to be conservative if the work done by that force is path independent. This means that work of that force does not depend on the path chosen. It only depends on the initial and final points. The potential energy of the system is the work done on the system.

We find the work done on the particle and hence the potential energy.

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