Motor Effect (F=BIL) - Required Practical - A-level Physics

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  • Опубліковано 7 січ 2025

КОМЕНТАРІ • 22

  • @ScienceShorts
    @ScienceShorts  5 років тому +10

    Watch it done for reals: ua-cam.com/video/X31bjQpjb9s/v-deo.html

  • @shteam7294
    @shteam7294 6 років тому +12

    I got the same practical tomorrow
    Realllllly helpful
    Thanks
    #PhysicsbestUA-camchannel

  • @Beth-lw5cu
    @Beth-lw5cu 5 років тому +9

    your pens are pretty

  • @vishalsathiaseelan679
    @vishalsathiaseelan679 3 роки тому

    Great video sir. Thank you very much. Really needed it for practical lab.

  • @michealmclaughlin991
    @michealmclaughlin991 6 років тому +1

    4:25 how does this work? I have in my head because of newtons equal and opposite reactions...but can someone give another example/analogy? Please

    • @michealmclaughlin991
      @michealmclaughlin991 6 років тому

      Great video btw

    • @ScienceShorts
      @ScienceShorts  6 років тому +7

      If you push on a wall that doesn't move, the wall exerts an equal and opposite force on you, and you move. You're the magnet on the balance in that example.

  • @melwinbaby15
    @melwinbaby15 4 роки тому +2

    Why does the wire moving up cause the yoke to move down? Coz after all the wire is not touching the yoke to exert the force.

    • @ScienceShorts
      @ScienceShorts  4 роки тому +1

      The wire doesn't need to touch the magnets to feel a force - exaclty the same for the magnets!

  • @Terrorblazer
    @Terrorblazer Рік тому

    can you alter magnetic flux density by changing how close the magnet is to the wire

    • @ScienceShorts
      @ScienceShorts  Рік тому +1

      If the poles are closer together, the field will be stronger, yes.

  • @louistheodorou4290
    @louistheodorou4290 5 років тому +1

    Isnt percentage uncertainty=(LOB fit- LOW fit)/LOB fit x100? thanks

    • @BlessingAdedayo-b9t
      @BlessingAdedayo-b9t 5 років тому

      I think he is referring to the maximum gradient (which is still an example of a line of worst fit). What you're referring to is when you use max and min gradient then it would be LoBF - min gradient / LoBF x100
      Hope this makes sense

  • @maxallen2813
    @maxallen2813 5 років тому +1

    Hi which exam boards are most likely to bring up the DC rippling?

    • @ScienceShorts
      @ScienceShorts  5 років тому +14

      AQA have an unhealthy obsession with it.

    • @euphxria1565
      @euphxria1565 4 роки тому +1

      @@ScienceShorts LMAOO

  • @hardeepsaini1171
    @hardeepsaini1171 2 роки тому

    How are we changing the current? Is it through the use of the variable resistor? But you can't change current through a resistor, right?

    • @EvoVFX
      @EvoVFX Рік тому

      bit late but changing resistance does change current

    • @hardeepsaini1171
      @hardeepsaini1171 Рік тому

      @@EvoVFX so does that mean the potential is constant?

  • @jcicrafters
    @jcicrafters 6 років тому +1

    Amazing! Tysmmmm!!!!

  • @adityamisra8869
    @adityamisra8869 5 років тому +1

    I just thought you should know that you forgot to edit in the card of where you do the practical by yourself at the end.