Practice Conservation Principles In Fluid Mechanics (15.5)

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6 sample questions

Question 1.
Name the three types of control volumes in fluid mechanics.
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Think about how they behave with respect to time.
Question 2.
What is the primary purpose of Reynolds transport theorem?
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Remember how it acts as a bridge in fluid mechanics.
3Question 3.
What is the term for a volume through which fluid flows?
- Fluid Volume
- Control Volume
- Dynamic Volume
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Think about how it's used in equations.
4Question 4.
Is mass conserved in a closed control volume?
- True
- False
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Consider how systems interact with external forces.
Question 5.
Imagine a scenario where a cylindrical tank fills with water. Formulate the mass conservation equation for the tank considering inflow and outflow rates.
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Think about how to relate volume flow rates to mass.
Question 6.
A ship moves in water at a constant speed while fluid flows at varying speeds around it. How would you apply Reynolds transport theorem in this scenario?
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Focus on how both the ship and fluid velocities interact.

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