PHYS 102 | Charge 1 - Microscopic Charges

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  • Опубликовано: 27 авг 2024
  • This lecture is about charge at the microscopic scale. It will tell you about the charge and mass of subatomic particles, and the numerical values and units of those values.
    -----Charge! Playlist - • PHYS 102 | CHARGE!
    -----Use the channel, or take the courses at edX - www.edx.org/co...
    -----This material was produced by Rice Online - online.rice.edu

Комментарии • 12

  • @mennaessam2027
    @mennaessam2027 5 лет назад +3

    you are awesome explaining these physical concepts in beauty , i really hope you start making videos for optics and microwaves courses .

  • @cizbarca
    @cizbarca 5 лет назад +3

    Just want to say I got an A on my first physics II exam using these videos, my webassign homework, and my book physics for scientists and engineers by serway. Recommend these videos

  • @rjelkins
    @rjelkins 3 года назад

    I highly recommend Prof Hafner's Physics courses wherever you can find them. E.g. Coursera.org has the Freshman mechanics series.

  • @rjelkins
    @rjelkins 3 года назад

    Unfortunately, edX course is unavailable:
    Electricity and Magnetism, Part 1
    RiceX - PHYS102.1x
    Access expired on Apr 7, 2020 for Electricity and Magnetism, Part 1

  • @syazwanrashid1842
    @syazwanrashid1842 4 года назад

    Brilliant explanation & example. Tq

  • @user-bb1we7uh4m
    @user-bb1we7uh4m 10 месяцев назад

    Can we say this much Coulomb of charge will create this much Newton of force?

    • @Prof-Hafner
      @Prof-Hafner  10 месяцев назад

      Yes, but you would need two charges (and two quantities of Coulombs) to have a force.

    • @victorsubbiah6077
      @victorsubbiah6077 10 месяцев назад

      ​@@Prof-Hafnerforce always acts in the same direction and in the same magnitude to all the bodies within it's field.
      Charge in some case repels and in some case attracts and this happens only with another charge, not with all the bodies.
      Is this the reason we have a separate name 'charge' instead of calling it just 'force', to distinguish the properties?

  • @victorsubbiah6077
    @victorsubbiah6077 10 месяцев назад

    "charge is property of matter that creates force". GREAT.
    Then, why don't we just call it force only?

    • @Prof-Hafner
      @Prof-Hafner  10 месяцев назад

      Because you need the scalar quantity to make the vector force.

    • @victorsubbiah6077
      @victorsubbiah6077 10 месяцев назад

      @@Prof-Hafner any more recommendations to understand charge more fundamentally?