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- calculations :- When the body is at rest:- Fs=n Fs=µs N T=mgsin0+Fs T=0 Mg sin0=Fs

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- calculations :- When the body is at rest:- Fs=n Fs=µs N T=mgsin0+Fs T=0 Mg sin0=Fs

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  1. Eep#6:- Friction-Idea:- Study the static and dynamic friction force and to determine the coefficients. -Elements:- Sliding table-bloke a specific weight-scale-protractor. -Steps:-Put a block on the table slide is uploaded to the cluster begins to slide is discernible rise and reached my father slipped up and the distance from the bottom corner and taken it and taken it several are Weights and get different results. ٍ

  2. -calculations:- When the body is at rest:- Fs=n • Fs=µs N • T=mgsin0+Fs • T=0 • Mg sin0=Fs • N=mg cos0 mgsin0=µs mg cos0 • µs=sin0/cos0=tan0=slope • -When the body is at motion:- • µk=gsin0-a/gcos0

  3. -Results:-

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