An object of mass “m” slides down an inclined ramp of angle “0” on a thin film of oil. The contact area between the object and the film is "A" and the thickness of the film is "h". Find an analytical expression for the terminal velocity of the object by assuming a linear velocity distribution. Hint1: Start by showing all the forces acting on the object as it slides down the ramp and do a balance of forces over the x axis. Hint2: terminal velocity means: a=0 (no acceleration). h m Ꮎ

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An object of mass “m” slides down an inclined ramp of angle “0” on a thin film of oil. The contact area
between the object and the film is "A" and the thickness of the film is "h". Find an analytical expression
for the terminal velocity of the object by assuming a linear velocity distribution.
Hint1: Start by showing all the forces acting on the object as it slides down the ramp and do a balance of
forces over the x axis.
Hint2: terminal velocity means: a=0 (no acceleration).
h
m
Ꮎ
Transcribed Image Text:An object of mass “m” slides down an inclined ramp of angle “0” on a thin film of oil. The contact area between the object and the film is "A" and the thickness of the film is "h". Find an analytical expression for the terminal velocity of the object by assuming a linear velocity distribution. Hint1: Start by showing all the forces acting on the object as it slides down the ramp and do a balance of forces over the x axis. Hint2: terminal velocity means: a=0 (no acceleration). h m Ꮎ
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