Types of Levers

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  • Опубликовано: 4 ноя 2024

Комментарии • 41

  • @phola_may2824
    @phola_may2824 3 года назад +4

    🙌❤made my homework alot more easier...thank you

  • @shusmitanomanshamme8509
    @shusmitanomanshamme8509 Год назад +6

    Thanks homework 70% accomplished

    • @NGScience
      @NGScience  Год назад +4

      So glad you liked it. Good luck with your studies!

  • @sinna_tina
    @sinna_tina Год назад +3

    This help me Alot🎉💗

  • @aimeegautier9774
    @aimeegautier9774 Год назад +1

    Thank you so much! so helpful for my homework!!!

  • @stevenrisselada7071
    @stevenrisselada7071 Год назад +2

    Multiple errors showing the wrong lever type during the description - see if you can find them. The words are true but some of the examples are incorrect. I'm going to use this as a review assignment with my Science 14 class.

    • @sarahlouise7994
      @sarahlouise7994 11 месяцев назад

      There are bottle openers that are 2nd class levers, but not the one shown in this video.

  • @arz.imins0
    @arz.imins0 3 года назад +3

    Thankyou

  • @Behnambabaiy-oc8rj
    @Behnambabaiy-oc8rj 2 месяца назад

    Perfect❤

  • @chandrakalapapu9515
    @chandrakalapapu9515 10 месяцев назад

    Thankyou so much for y

  • @aharshibasu4250
    @aharshibasu4250 11 месяцев назад

    In our book it is written load and effort are in same direction in class 1 levers but you said the opposite

    • @NGScience
      @NGScience  11 месяцев назад

      In a class 1 lever, the load and the effort are not in the same direction; they are on opposite sides of the fulcrum. A class 1 lever is characterized by having the fulcrum located between the load (the resistance to be overcome) and the effort (the force applied to move the load).
      Common examples of class 1 levers include seesaws and scissors. In these cases, when you apply force in one direction (the effort), the load moves in the opposite direction. This arrangement can provide a mechanical advantage, allowing you to move a larger load with a smaller effort, depending on the distances from the fulcrum to the load and to the effort point.

    • @Teatree334
      @Teatree334 13 дней назад

      @@NGScience.......😊

  • @swiftbeavers
    @swiftbeavers 6 месяцев назад +1

    thnaks

  • @Teatree334
    @Teatree334 13 дней назад

    0:00 0:00

  • @alkaagarwal5527
    @alkaagarwal5527 9 месяцев назад +1

    Actually in your video there is many pictures you are not explaining properly so we can't understand properly

    • @Teatree334
      @Teatree334 13 дней назад

      𝙺𝚒𝚗𝚍𝚊 𝚝𝚛𝚞𝚎

  • @ЕвгенияСамойлова-щ7г
    @ЕвгенияСамойлова-щ7г 13 дней назад +1

    Goood idc

  • @carrielanes6474
    @carrielanes6474 Год назад

    🎉

  • @fatmaali5820
    @fatmaali5820 Год назад

    Nihao

  • @fatmaali5820
    @fatmaali5820 Год назад

    Sese