The belt moves at a steady velocity V and skims the top of oil tank. Assuming a linear velocity profile in the oil, what is the required belt-drive power P (watt) (P= power = force x Velocity) if the belt moves at 3.5 m/s over oil with specific gravity of S=9.7 and oil viscosity of 0.004 m2/s. Belt geometry L= 2 m, b = 60 cm, and oil depth is h = 3 cm? Muving b wh OL depth
The belt moves at a steady velocity V and skims the top of oil tank. Assuming a linear velocity profile in the oil, what is the required belt-drive power P (watt) (P= power = force x Velocity) if the belt moves at 3.5 m/s over oil with specific gravity of S=9.7 and oil viscosity of 0.004 m2/s. Belt geometry L= 2 m, b = 60 cm, and oil depth is h = 3 cm? Muving b wh OL depth
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Transcribed Image Text:The belt moves at a steady velocity V and skims
the top of oil tank. Assuming a linear velocity
profile in the oil, what is the required belt-drive
power P (watt) (P= power = force x Velocity) if the
belt moves at 3.5 m/s over oil with specific
gravity of S=9.7 and oil viscosity of 0.004 m2/s.
Belt geometry L= 2 m, b = 60 cm, and oil depth is
h = 3 cm?
Moving bell widh b
ONL, depth a
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