| 1. | It may be regarded as proportional to gravity forces divided by viscous forces.
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| 2. | Reynolds number is the ratio of inertial forces to viscous forces.
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| 3. | The Onnes-Effect is enabled by the capillary forces dominating gravity and viscous forces.
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| 4. | High Reynolds numbers indicate that the inertial forces are more important than the viscous forces.
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| 5. | The starting vortex eventually dissipates due to viscous forces.
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| 6. | The thin films can be thought to have pressure and viscous forces acting on them.
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| 7. | Once the structure has been broken, the particles move with the liquid under viscous forces.
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| 8. | All fluids are stress due to these viscous forces is linearly related to the strain rate.
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| 9. | A large Reynolds number indicates that viscous forces are not important at large scales of the flow.
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| 10. | As the size and strength decrease, viscous forces eventually dominate and the flow becomes laminar ( small Re ).
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