A block of mass m slides up the inclined plane with an initial speed vo. % H a. If the incline is frictionless, find the maximum height H reached by the block. b. If the incline is rough with friction coefficient μ, find the maximum height H reached by the block. C. A thin hoop of mass m and radius R replaced the block. If the incline is frictionless, find the maximum height. reached by the hoop. d. A thin hoop of mass m and radius R replaced the block. If the incline is rough with friction coefficient maximum height H reached by the hoop. H₂ find t
A block of mass m slides up the inclined plane with an initial speed vo. % H a. If the incline is frictionless, find the maximum height H reached by the block. b. If the incline is rough with friction coefficient μ, find the maximum height H reached by the block. C. A thin hoop of mass m and radius R replaced the block. If the incline is frictionless, find the maximum height. reached by the hoop. d. A thin hoop of mass m and radius R replaced the block. If the incline is rough with friction coefficient maximum height H reached by the hoop. H₂ find t
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Answer C and D please. Thank you.
Transcribed Image Text:- A block of mass m slides up the inclined plane with an initial speed vo.
,90
H
m
a. If the incline is frictionless, find the maximum height H reached by the block.
b.
If the incline is rough with friction coefficient μ, find the maximum height H reached by the block.
C.
A thin hoop of mass m and radius R replaced the block. If the incline is frictionless, find the maximum height
reached by the hoop.
d. A thin hoop of mass m and radius R replaced the block. If the incline is rough with friction coefficient u, find t
maximum height H reached by the hoop.
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