Entropy & 2nd Law of Thermodynamics - Explained in Simple Terms

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  • Опубликовано: 11 сен 2024
  • In this lesson, we will discuss the second law of thermodynamics in physics. We discuss the concept of disorder, and the states of a system. We discuss that through collisions or other mechanisms, systems in nature tend to increase their disorder. We measure the disorder through the concept of entropy, or number of microstates per macrostate. We discuss that entropy of the universe is always increasing. Locally a system can decrease its entropy, but only at the expense of the larger encompassing system's entropy increasing even more so that the net entropy still increases over time.
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    Twitter: / jasongibsonmath

Комментарии • 17

  • @muhammadhussainsarhandi9928
    @muhammadhussainsarhandi9928 Год назад +8

    As always, another excellent lecture by an excellent teacher with an excellent explanation. We all love you Jason Sir.

  • @andyrandy2278
    @andyrandy2278 11 месяцев назад +2

    You are a blessing, you are a hero, and your my idle! I hope one day after all this hard times in college learning math and Physics and engineering, I hope after all of that I become at least as half as wise and educated as you are Mr. Jason. Live long Jason!!!!

  • @JohnEButton
    @JohnEButton Год назад +4

    How are you such a good teacher? My God your explanations are impressive

  • @Jjirfa
    @Jjirfa Год назад

    Thank you for taking the time to explain this in the clearest way possible.

  • @gandriana7714
    @gandriana7714 2 месяца назад

    you are my favorite teacher! Chemistry is so easy because i have you!!!!

  • @thatomofolo452
    @thatomofolo452 Год назад +1

    Thank You Sir🤝🤝💯💫

  • @yigitcan824
    @yigitcan824 8 месяцев назад

    Professor,I have a question here . 2nd law states that Energy has a quality as well as quantity .Here quality refers to what? I do not understand the meaning of quality in this sentence?Is there low quality energy or high quality energy etc?

  • @hemrajue3434
    @hemrajue3434 Год назад

    Which environment is favorable for sound propagation, hot or cold?

  • @h7opolo
    @h7opolo Год назад

    4:40 ehem, gravitational fields... they defy your claim that nothing can maintain its force.

  • @MsRa3d
    @MsRa3d Год назад

    thanks

  • @davidrandell2224
    @davidrandell2224 Год назад

    Stars are ‘born ‘ spontaneously.’ Stars ‘burn’ out. “Entropy “ misunderstood. Stone Age physics. “The Final Theory: Rethinking Our Scientific Legacy “, Mark McCutcheon.

  • @jamespfrancis776
    @jamespfrancis776 Год назад

    👍❤🌷👍