A block of mass M released from height h moves down an inclined plane with a friction coefficient of F. Find the expression that gives the velocity at which the object of mass M will have the height h / 3. g = 9.8 m/s2, sin(30˚) = 0.50, cos(30˚) = 0.87
A block of mass M released from height h moves down an inclined plane with a friction coefficient of F. Find the expression that gives the velocity at which the object of mass M will have the height h / 3. g = 9.8 m/s2, sin(30˚) = 0.50, cos(30˚) = 0.87
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A block of mass M released from height h moves down an inclined plane with a friction coefficient of F. Find the expression that gives the velocity at which the object of mass M will have the height h / 3.
g = 9.8 m/s2, sin(30˚) = 0.50, cos(30˚) = 0.87
Transcribed Image Text:ok,
gru
h
30°
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