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Physics 101 Equations

  1. Work
    Image Upload 2
  2. Thermal Energy
    Image Upload 4


    • Q= thermal energy
    • m= mass
    • c = specific heat
    • Image Upload 6 = change in temperature
  3. Power
    Image Upload 8
  4. Velocity
    Image Upload 10
  5. Acceleration
    Image Upload 12


    • v= velocity
    • t=time
  6. Speed
    Image Upload 14


    (Same as velocity, use speed when direction doesn't matter)
  7. Efficiency
    Image Upload 16
  8. Velocity Acquired
    Image Upload 18


    • a = acceleration
    • t = time
  9. Distance Traveled by Accelerating Object
    Image Upload 20


    • g = acceleration (usually due to gravity)
    • t = time
  10. Acceleration
    Image Upload 22
  11. Momentum (linear)
    Image Upload 24


    • m = mass
    • v = velocity
  12. Impulse
    Image Upload 26


    Image Upload 28

    • F = Force on an object
    • t = time force is applied
  13. Rule About Net Momentum
    Image Upload 30
  14. Potential Energy
    Image Upload 32
  15. Weight
    Image Upload 34

    • m = mass
    • g = acceleration due to gravity
  16. Kinetic Energy
    Image Upload 36
  17. Work-Energy Theorem
    Image Upload 38
  18. Kinetic Energy related to Image Upload 40
    Image Upload 42
  19. Centripetal Acceleration
    Image Upload 44
  20. Centripetal Force
    Image Upload 46
  21. Angular Velocity
    Image Upload 48
  22. Image Upload 50

    What is the equation to find Image Upload 52?
    sImage Upload 54
  23. Average Angular Velocity
    Image Upload 56
  24. Find Angular Velocity when Image Upload 58, Image Upload 60, and Image Upload 62 are known.
    Image Upload 64
  25. Rotational Quantities

    Find Image Upload 66 when Image Upload 68, Image Upload 70, Image Upload 72, and Image Upload 74 are known.
    Image Upload 76
  26. Angular Momentum
    Image Upload 78
  27. Universal Law of Gravity
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    d = distance between centers of two objects
  28. Gravitational Constant
    Image Upload 82
  29. Relationship Between Pressure and Volume (when all else is constant)
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  30. Relationship Between Volume and Temperature
    Image Upload 86

    • V = volume
    • T = temperature in Kelvin
  31. Convert Celcius to Kelvin
    Image Upload 88
  32. Ideal Gas Law
    Image Upload 90

    • P = pressure
    • V = volume
    • n = moles
    • T = temperature
    • R = universal constant 0.0821
  33. Third Equation of Motion
    Image Upload 92


    • a = acceleration
    • s = distance traveled by object
Author
amandagarcia0709
ID
216573
Card Set
Physics 101 Equations
Description
All equations from class start to the midterm
Updated

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