Kinetic and Potential energy| transformation of energy|physics

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  • Опубликовано: 18 ноя 2024

Комментарии • 82

  • @amanbaliyan3225
    @amanbaliyan3225 Год назад +6

    Very nice explanation 👍🏻

  • @yadasinarsimha6709
    @yadasinarsimha6709 Год назад +2

    Yours explanation is fabulous

  • @amanchauhan6868
    @amanchauhan6868 Год назад +5

    Thanks sir for explaining about potential energy of a pendulum 😇

  • @Badal_ji-up
    @Badal_ji-up Год назад +2

    Nice information sir ☺️

  • @BilalMughal386
    @BilalMughal386 2 года назад +28

    Sir ya itna assan tha ya tu ma na Socha hi nahi tha your explanation is out standing and your example is mind blowing
    By the way I am from Pakistani

    • @omkapoor6737
      @omkapoor6737 2 года назад +2

      No matter from where you are .... Physics is for humanity

    • @neerajnetam8686
      @neerajnetam8686 Год назад

      Thank you sir!

  • @FringeFuntent
    @FringeFuntent 2 года назад +28

    Well explained, sir. Can you please tell me name of background music ? 🎵

  • @david_2557
    @david_2557 Год назад +1

    Best example 👍🏻😃

  • @androidmastermaster5398
    @androidmastermaster5398 2 года назад +5

    Best explanation ever

  • @yuvisolanke5809
    @yuvisolanke5809 2 года назад +1

    Thanks for learn important part of Physic

  • @sukhmansingh1865
    @sukhmansingh1865 Год назад +1

    You explained in very easy way
    Thanks

  • @krishnadubey4602
    @krishnadubey4602 Год назад +2

    This Lil vedio is just like gurumantra ❤

  • @kananbhatia2544
    @kananbhatia2544 2 года назад +3

    very nice

  • @ChandanSingh-mx3xd
    @ChandanSingh-mx3xd Год назад +1

    Well explained🎉🎉

  • @great209
    @great209 Год назад +7

    Friction left the chat😂😂😂😂😂😂

  • @mafiyayadav7709
    @mafiyayadav7709 Год назад +1

    Nice video 📹

  • @MAJESTY_GAMING-758
    @MAJESTY_GAMING-758 Год назад +1

    Very good

  • @shortsboys12345
    @shortsboys12345 2 года назад +2

    Thank-you sir

  • @xt_mayur
    @xt_mayur 4 месяца назад +1

    Sir , Your Are telling A Specific Condn to students That Is Gravitational Potential Energy But In real Potential energy "∆v"=- integration Of(F(vector).ds(vector))

  • @crushinggamer4561
    @crushinggamer4561 2 года назад +1

    Wow sir 🥰

  • @Meher1145
    @Meher1145 Год назад +1

    PE also use for spring force , soft string ( which use in hill jumping) . PE eshe chiz depand karta jaha energy kane par return fir wo mil sake . gravity ek example hai .uper jane ke return ane wakt gain kar leta hai energy

  • @sap_tarshiii
    @sap_tarshiii 2 года назад +2

    Thank you sir

  • @ytnews6945
    @ytnews6945 2 года назад +1

    Asli masala sach sach mgh

  • @prabhatparashar-f9u
    @prabhatparashar-f9u Год назад +1

    nice sir

  • @rajatkumarmansingh2476
    @rajatkumarmansingh2476 3 месяца назад +1

    Thnk u.. 😇

  • @sweety8309
    @sweety8309 2 года назад +2

    Thank you so much sir

  • @Aayushsingh.00001
    @Aayushsingh.00001 Год назад +1

    Thank

  • @Adhyanaggarwal-tm4qb
    @Adhyanaggarwal-tm4qb Год назад +1

    Thank you sir👽🚩

  • @studywithlalmohan6961
    @studywithlalmohan6961 2 года назад +3

    thank you sir 🧡

  • @priyanshsharma693
    @priyanshsharma693 2 года назад +1

    Well explained ❤️

  • @alsondsouza8928
    @alsondsouza8928 2 года назад +2

    Thanks 🙏

  • @MonaKhandelwal-fl6ke
    @MonaKhandelwal-fl6ke Год назад +2

    Thank you ❤❤

  • @salamhindustanMR
    @salamhindustanMR 2 года назад +2

    sorry sir ... but ur explaination is incomplete wthout of FRAME OF REFRENCE ... we cannot say about potential energy without it frame refrence
    ... i know here you take FRAME OF REFRENCE which is earth 🤗 ... but kindly explain more 🤗 by the way ... thanks for spreading knowledge

  • @krishnaverma4855
    @krishnaverma4855 Год назад +1

    Thanks bhai

  • @Review_in_your_hand
    @Review_in_your_hand Год назад +1

    Thanks

  • @prajwalkadam2830
    @prajwalkadam2830 2 года назад +3

    Thank you brother

  • @trynottolaugh5462
    @trynottolaugh5462 Год назад +1

    Thanks buddy

  • @narayanpal1136
    @narayanpal1136 2 года назад +2

    Thank u so much 🤗🤗🤗

  • @Joker-ex2po
    @Joker-ex2po Год назад +1

    just WOW :}

  • @ssmoorthy1976
    @ssmoorthy1976 2 года назад +2

    Thank you so much 🥰

  • @Harshil_krishna
    @Harshil_krishna Год назад +1

    kis sa edit kia sir

  • @sujoymondal9844
    @sujoymondal9844 Год назад +1

    Sir when potential engergy will be negative

    • @narayaniclassesbygauravsir589
      @narayaniclassesbygauravsir589  Год назад +1

      work must be performed on a body if it is removed from the earth's gravitational field. As a result, potential energy is negative.

  • @Amir_rashid901
    @Amir_rashid901 2 года назад +1

    Thanks sir

  • @Hanuman..72368
    @Hanuman..72368 10 месяцев назад +1

    Kinetic energy negative ho sakti h kiya nahi toh kiyo nahi aur haa toh kiyo ?? please explain this teacher

  • @aiimsrishikesh.9551
    @aiimsrishikesh.9551 2 года назад +1

    Tum height pe le jaa rahe ho to tum force laga rahe ho,against gravitational force to tumne lagaya force aur height gya toh force and distance ka product work hota h .

  • @TechnicalArtbyDarshan
    @TechnicalArtbyDarshan Год назад +1

    sir kya wall clock bhi isi mechanism pe work karti hai 🤓

  • @trackmixofficial
    @trackmixofficial 2 года назад +1

    Ground pe potential energy and Kinetic energy zero hoti hai kya??

    • @narayaniclassesbygauravsir589
      @narayaniclassesbygauravsir589  2 года назад +2

      Kinetic energy depend on motion of body whether it is on ground or
      In air.
      But potential energy on ground is not zero bcoz the body still have some height from its centre of mass to ground so there potential energy exist.

    • @trackmixofficial
      @trackmixofficial 2 года назад

      @@narayaniclassesbygauravsir589 point mass object rest par ho to ??

  • @AmanGour-e7k
    @AmanGour-e7k Год назад +1

    V is not velocity . It is a megnitude of velocity that is speed

  • @Baby_tigress_1230
    @Baby_tigress_1230 2 года назад

    G - acceleration due to gravity to the surface of planet. (Earth)

  • @razaalirind4504
    @razaalirind4504 Год назад +1

    Thank you thank you ❤️💜💜💜🥰

  • @RajKumarGorai-bw8yn
    @RajKumarGorai-bw8yn Год назад +1

    And total m.e + internal energy = Total energy of a body

  • @Iamvillagedestroyer
    @Iamvillagedestroyer 2 года назад +1

    Thanks narayon

  • @indianspeedgamer5478
    @indianspeedgamer5478 2 года назад

    Which app you are using

  • @AnilGupta-wj3ym
    @AnilGupta-wj3ym Год назад +1

    sir jb object ko upar le rehe the ,to v usme KE rhi hogi n ?!

  • @manishkumar-wc3bb
    @manishkumar-wc3bb Год назад

    Bahut potential energy is Mgh hai to pher spring ma kase use karenga

    • @Meher1145
      @Meher1145 Год назад +1

      1/2kx² for spring ... (Fnet) external = ∆U + ∆KE ... , ∆U = 1/2kx², x = final eligation/compression - intial eligation/compression.

  • @vinitkakde17
    @vinitkakde17 11 месяцев назад +1

    This is performed oscillation 😅

  • @arsabhisekff03
    @arsabhisekff03 2 года назад +2

    Bhai yeh object toh upar se niche girke phir se upar jaa rhi hai
    Toh yeh jo apne aap upar jaa rhi hai, kya yeh potential energy gain karega?????

    • @narayaniclassesbygauravsir589
      @narayaniclassesbygauravsir589  2 года назад +2

      Yes ofcourse potentiql energy will increase

    • @arsabhisekff03
      @arsabhisekff03 2 года назад +2

      @@narayaniclassesbygauravsir589 and bilkul niche wale point pe potential energy zero hai?

    • @narayaniclassesbygauravsir589
      @narayaniclassesbygauravsir589  2 года назад +1

      @@arsabhisekff03 at the mid point potential energy not zero but it is minimum there

    • @arsabhisekff03
      @arsabhisekff03 2 года назад +1

      Toh wahan pe zero nhi hoga kya sir??? Why???

    • @narayaniclassesbygauravsir589
      @narayaniclassesbygauravsir589  2 года назад +1

      Bcoz that point has some height from surface of earth.
      Potential energy depend on height from earth surface

  • @chandubhai7156
    @chandubhai7156 Год назад +1

    Sir this 60 second video Will help in my class 11 chapter 2

  • @KISAKI120
    @KISAKI120 2 года назад +2

    Mgh mgh..

  • @gkquestions2215
    @gkquestions2215 2 года назад

    Mdh masala

  • @naman5812
    @naman5812 Год назад +1

    Thank you sir

  • @RahulChoudhary-rh5om
    @RahulChoudhary-rh5om Год назад +1

    Thanks sir