At t= 0 a block with inertia m is released at rest on the inclined plane and it immediately starts sliding downward. The

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answerhappygod
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At t= 0 a block with inertia m is released at rest on the inclined plane and it immediately starts sliding downward. The

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At T 0 A Block With Inertia M Is Released At Rest On The Inclined Plane And It Immediately Starts Sliding Downward The 1
At T 0 A Block With Inertia M Is Released At Rest On The Inclined Plane And It Immediately Starts Sliding Downward The 1 (15.62 KiB) Viewed 10 times
At T 0 A Block With Inertia M Is Released At Rest On The Inclined Plane And It Immediately Starts Sliding Downward The 2
At T 0 A Block With Inertia M Is Released At Rest On The Inclined Plane And It Immediately Starts Sliding Downward The 2 (18.68 KiB) Viewed 10 times
At t= 0 a block with inertia m is released at rest on the inclined plane and it immediately starts sliding downward. The plane has a coefficient of sliding friction u. When t = T, the block has slid a distance L down the inclined plane. How much work has been done by friction? You are told that m = 1.0 kg, L = 1.0 m, 0 = 30. deg, and μ = 0.10. Use g = 10 m/s².
gravity 0.50 J 1.0 J 2.0 J 0.87 J 5.0 J t=0 m x = 0 t = T m X = L 0
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