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Work done is independent of the path taken. W=WAB1+WBA2=0. W=WAB3+WBA2=0 W =Fd 3 Motion Along Different Paths: Motion along different paths. For a conservative force, work done via different path is the same.

Work done is independent of the path taken. W=WAB1+WBA2=0. W=WAB3+WBA2=0 W =Fd 3 Motion Along Different Paths: Motion along different paths. For a conservative force, work done via different path is the same.

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Work done is independent of the path taken. W=WAB1+WBA2=0. W=WAB3+WBA2=0 W=Fd 3 B Motion Along Different Paths: Motion along different paths. For a conservative force, work done via different path is the same.
Transcribed Image Text:Work done is independent of the path taken. W=WAB1+WBA2=0. W=WAB3+WBA2=0 W=Fd 3 B Motion Along Different Paths: Motion along different paths. For a conservative force, work done via different path is the same.
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Step 1

Here three different paths are shown between points A and B. The equations for work done are given here,

W=WAB1+WBA2=0           (1)

W=WAB3+WBA2=0           (2)

W=Fd                                     (3)

It is required to discuss that the work done is path independent for a conservative force.

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