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Electric Fields and Gravitational Forces

Electric Fields and Gravitational Forces. AP Physics B Parkview High School. Session 80.a Electric Fields. Session 80.a Electric Fields. Session 80.a Electric Fields. Session 80.a Electric Fields. Session 80.a Electric Fields. Session 80.a Electric Fields. Session 80.a Electric Fields.

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Electric Fields and Gravitational Forces

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  1. Electric Fields and Gravitational Forces AP Physics B Parkview High School

  2. Session 80.a Electric Fields

  3. Session 80.a Electric Fields

  4. Session 80.a Electric Fields

  5. Session 80.a Electric Fields

  6. Session 80.a Electric Fields

  7. Session 80.a Electric Fields

  8. Session 80.a Electric Fields

  9. Session 80.a Electric Fields

  10. Session 80.a Electric Fields

  11. Session 80.a Electric Fields

  12. Example 80.1

  13. Example 80.1

  14. Example 80.1

  15. Example 80.1

  16. Session 80.a Conductors in electrostatic equilibrium

  17. Session 80.a Conductors in electrostatic equilibrium

  18. Session 80.a Conductors in electrostatic equilibrium

  19. Session 80.a Conductors in electrostatic equilibrium

  20. Session 80.a Conductors in electrostatic equilibrium

  21. Session 80.b Electron Volts

  22. Session 80.b Electron Volts

  23. Session 80.b Electron Volts

  24. Session 80.b Electron Volts

  25. Example 80.2

  26. Example 80.2

  27. Checkpoint 80

  28. Session 82 Magnetic Fields • REMEMBER... Like electric charges repel each other and that unlike charges attract each other. WE DO NOT know why. • The Rules we use just help us predict the magnitude and the direction of the force that will be experienced by one charge that was caused by other charges. • The concept of ‘electric fields’ we developed to help us with our predictions. • The electric field likes show the direction of the force that will be experienced by a charge.

  29. Session 82 Magnetic Fields

  30. Session 82 Magnetic Fields

  31. Session 82 Magnetic Fields

  32. Session 82 Magnetic Fields • We measure magnetic fields strength B in teslas (T) to honor the Serbian-born American scientist Nikola Tesla (1856-1943). • We are usually interested in the component of the magnetic fields strength B that is at an angle with the direction of the magnetic field. • We call the perpendicular component of B the flux density and define it….

  33. Session 82 Magnetic Fields • We measure magnetic fields strength B in teslas (T) to honor the Serbian-born American scientist Nikola Tesla (1856-1943). • We are usually interested in the component of the magnetic fields strength B that is at an angle with the direction of the magnetic field. • We call the perpendicular component of B the flux density and define it….

  34. Session 82 Magnetic Fields

  35. Session 82 Magnetic Fields

  36. Session 82 Magnetic Fields

  37. Session 82 Magnetic Fields

  38. Session 82 Magnetic Fields

  39. Session 82 Magnetic Fields

  40. Session 82 Magnetic Fields

  41. Session 82 Magnetic Fields

  42. Session 82 Magnetic Fields

  43. Example 82.1

  44. Example 82.1

  45. Example 82.2

  46. Example 82.2

  47. Checkpoint 82

  48. Checkpoint 82

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