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3 cards from this section. Quick, good the night before a test.
Define a control volume.
Think about how we observe fluids around various objects.
Name the three types of control volumes.
Consider whether the volume stays still, moves, or changes shape.
Which type of control volume does NOT change position?
Think about what kind of volume changes location.
True or False: The mass conservation equation applies only to fixed control volumes.
Consider the various scenarios where mass conservation is relevant.
Given a moving control volume, define the necessary conditions for mass conservation to hold true during unsteady flow.
Draw a diagram illustrating flow entry and exit points.
Discuss a case study illustrating the use of Reynolds Transport Theorem in analyzing fluid flow in a moving control volume.
Consider how the water level changes and what factors contribute.
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