Physics: Fluid Mechanics and Thermal Physics

  1. Mass Density
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  2. Pressure
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  3. Pascals Principle 
    • If Image Upload 4
    • Then Image Upload 5
  4. Buoyancy Force/ Archimedes Principle
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  5. Continuity Equation
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  6. Bernoulli's Equation
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  7. Linear Thermal Expansion
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  8. Ideal Gas Law
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  9. Rate of Heat Transfer
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  10. Heat Transferred to a System
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  11. Average Molecular Kinetic Energy
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  12. Root-Mean-Square Velocity of the Molecules
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  13. Work
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  14. Change in Internal Energy
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  15. Efficiency
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  16. Carnot Efficiency
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  17. Area
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  18. Efficiency
    e
  19. Force
    F N
  20. Depth
    h
  21. Rate of Heat Transfer
    H
  22. Thermal Conductivity
    k
  23. Average Molecular Kinetic Energy
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  24. Length
    l
  25. Thickness
    L
  26. Mass
    m kg
  27. Molar Mass
    M
  28. Number of Moles
    n
  29. Number of Molecules
    N
  30. Pressure
    P
  31. Heat Transferred to a System
    Q
  32. Temperature
    T
  33. Internal Energy
    U
  34. Volume
    V
  35. velocity or speed
    v
  36. Root-Mean-Square Velocity
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  37. Work Done on a System
    W
  38. Height
    y
  39. Coefficient of Linear Expansion
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  40. Moss of a Molecule
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  41. Density
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  42. Measurements of Pressure
    • Pascals (Pa)
    • torr (torr/mmHg)
    • Atmospheres (atm)
  43. Atm, Pascal,and Torr ratio
    1atm=101300Pa=760 torr
  44. Measurements of Temperature
    • Fahrenheit 
    • Celsius 
    • Kelvin
  45. Celsius to Fahrenheit
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  46. Celsius to Kelvin
    K=C+273.15
  47. SI Unit for Temperature
    Kelvin
  48. SI Unit for Heat
    J
  49. Conduction 
    process of heat transfer involving atomic collisions and contact between 2 objects
  50. Convection 
    process of heat transfer involving differing densities of layers of matter [usually air or water]
  51. Radiation 
    process of heat transfer that does NOT involve matter but rather, electromagnetic radiation
Author
The_Mexican15
ID
247326
Card Set
Physics: Fluid Mechanics and Thermal Physics
Description
Physics
Updated