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2 cards from this section. Quick, good the night before a test.
Define conservation of momentum in your own words.
Think about scenarios where forces are applied or removed.
What is a fixed control volume?
Consider how control volumes differ when they move with the fluid.
What does the Reynolds Transport Theorem relate?
Focus on the concept of integrating effects over a volume.
True or False: Steady flow conditions imply that fluid properties change over time.
Think about what 'steady' signifies regarding flow.
A tank holds water and has three outlets at different heights. If the inflow is constant, derive the equations governing the flow out of each outlet considering pressure effects from height differences.
Analyze how height impacts pressure and therefore flow rate.
Consider a scenario in a hydraulic system where fluid density varies significantly from point to point due to temperature differences. How would conservation of momentum apply in this scenario?
Think about how temperature affects density and flow behavior.
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