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WITH FRICTION Find minimum and maximum mass of ml to maintain the system in state of equilibrium; at rest. Given: m2= 3kg m3=10kg m4=18.7kg M3 Ms-0.2 Mk = 0.1 M M₂ Ms=0.2 Mk = 0.1 0₁ = 20° Ms-0.2 MK = 0.1 0₂=30

WITH FRICTION Find minimum and maximum mass of ml to maintain the system in state of equilibrium; at rest. Given: m2= 3kg m3=10kg m4=18.7kg M3 Ms-0.2 Mk = 0.1 M M₂ Ms=0.2 Mk = 0.1 0₁ = 20° Ms-0.2 MK = 0.1 0₂=30

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WITH FRICTION Find minimum and maximum mass of ml to maintain the system in state of equilibrium; at rest. Given: m2= 3kg m3=10kg m4=18.7kg M3 Ms=0.2 90₁ = 20° MK = 0.1 M. M₂ Ms=0.2 Mk = 0.1 Ms=0.2 MK = 0.1 0₂-30
Transcribed Image Text:WITH FRICTION Find minimum and maximum mass of ml to maintain the system in state of equilibrium; at rest. Given: m2= 3kg m3=10kg m4=18.7kg M3 Ms=0.2 90₁ = 20° MK = 0.1 M. M₂ Ms=0.2 Mk = 0.1 Ms=0.2 MK = 0.1 0₂-30
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