A piston pushes 20 ∘C water through a horizontal tube of 0.23 −cm radius and 2.7...
A piston pushes 20 ∘C water through a horizontal tube of 0.23 −cm radius and 2.7 m length. One end of the tube is open and at atmospheric pressure.
Determine the force needed to push the piston so that the flow rate is 105 cm3/s . The viscosity of water at this temperature is 1.0 ×10−3 N⋅s/m2.
Express your answer with the appropriate units.
Repeat the problem using SAE 10 oil instead of water. The viscosity of oil is 0.20 N⋅s/m2.
Express your answer with the appropriate units.
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A piston pushes 20 ∘C water through a horizontal tube of 0.23 −cm radius and 2.7...
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Water at 20 C flows through the 20-mm diameter galvanized iron pipe such that it discharges...
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Problem 14.35 © 6 of 6 m Review | Constants 1 Periodic Table A piston pushes 20 °C water through a horizontal tube of 0.22 -сm radius and 2.8 m length. One end of the tube is open and at atmospheric pressure. Part A /s. The viscosity of water at this temperature is 1.0 x10 Determine the force needed to push the piston so that the flow rate is 105 cm Nis/m2 Express your answer with the appropriate units. 0...
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Hydrology question
4. (20 pts) Curling is clearly the most exciting sport on Earth. Let's pretend that the bottoms of curling stones are perfectly flat, round, and 12 cm in diameter. Let's also assume that the layer of water overlying the ice is 0.5 mm thick. There probably isn't pressure melting, but we will still assume the water is 4°C, at which temperature the dynamic viscosity is 0.0015 N-s/m2. a) What force must be applied to the side of the...
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