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Physics I Review 3

Physics I Review 3. Review Notes Exam 3. Newton’s Law of Universal Gravitation. If Gravity Varies As 1/r 2 , Where Does g = 9.8 m/s 2 Fit In?. Class #17 Take-Away Concepts. Coulomb’s Law of Electrostatic Force. Direction of Electrostatic Force “Opposites Attract”.

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Physics I Review 3

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  1. Physics IReview 3 Review Notes Exam 3

  2. Newton’s Law ofUniversal Gravitation

  3. If Gravity Varies As 1/r2,Where Does g = 9.8 m/s2 Fit In?

  4. Class #17Take-Away Concepts

  5. Coulomb’s Law ofElectrostatic Force

  6. Direction of Electrostatic Force“Opposites Attract”

  7. Superposition ofElectrostatic Forces

  8. How to Calculate aUnit Direction Vector

  9. Class #18Take-Away Concepts

  10. The Idea of Electric Field

  11. The Electric Field of a Point Charge (as a Source)

  12. Calculating the Electric Field of a Charge at a Point (Example)

  13. Calculating the Electric Field of a Charge at a Point (Example)

  14. Class #19Take-Away Concepts

  15. Electric Potential

  16. Calculating Electric Potentialfrom Point Source Charges

  17. Equipotential Linesand Field Lines

  18. Equipotential Linesand Field Lines

  19. Calculating Electric Fieldfrom Electric Potential

  20. Calculating Change in K.E.from Electric Potential

  21. Class #20Take-Away Concepts

  22. How to Solve Problems Asking“Where is Net Electric Field = 0?”

  23. How to Solve Problems Asking“Where is Net Electric Field = 0?”

  24. How to Solve Problems Asking“Where is Net Electric Field = 0?”

  25. How to Solve Problems Asking“Where is Electric Potential = 0?”

  26. How to Solve Problems Asking“Where is Electric Potential = 0?”

  27. How to Solve Problems Asking“Where is Electric Potential = 0?”

  28. Class #21Take-Away Concepts

  29. Magnetic Field Lines

  30. Class #22Take-Away Concepts

  31. Magnetic Force on aMoving Charge

  32. Analysis of the Magnetic Force

  33. The Radius of the Circle

  34. Class #23Take-Away Concepts

  35. Apparatus for Measuring e/m

  36. Analysis of Electron Acceleration

  37. Derivation of e/m Formula

  38. Mass Spectrometer Diagram

  39. Class #24Take-Away Concepts

  40. Relationship of Energy and Electric Potential Changes

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