18.2 Entropy | General Chemistry

Поделиться
HTML-код
  • Опубликовано: 7 янв 2025

Комментарии • 56

  • @sambaradaran2633
    @sambaradaran2633 4 месяца назад +4

    I used to learn chemistry, now I enjoy chemistry; and I owe this to your videos!!!!
    Your teaching really changed my prespective. Honestly, before getting to know this channel, passing my exam was my main concern, now i just wanna learn more, worried that passing the exam may put an end to my learning...
    Thanks for your great work!!!

    • @ChadsPrep
      @ChadsPrep  4 месяца назад +1

      You're very welcome and Thank You for sharing your change in perspective - very gratifying!

  • @aa-wj5yp
    @aa-wj5yp 16 минут назад

    You are the best chemistry teacher I've seen ❤️❤️

  • @gavindiff9129
    @gavindiff9129 2 года назад +8

    thank so so much i was a little confused when my teaher went over this but I'm starting to get it! now I just gotta do some book problems and go to office hours and ill be golden.

    • @ChadsPrep
      @ChadsPrep  2 года назад +1

      You're welcome, Gavin - glad to hear you are making progress!

  • @agentj890
    @agentj890 8 месяцев назад +2

    About to take my final in Physical Chemistry, this helped a ton!

    • @ChadsPrep
      @ChadsPrep  8 месяцев назад +1

      Glad to hear it - hope you do well on your final!

  • @jazminrojas4431
    @jazminrojas4431 9 месяцев назад +2

    Makes so much more sense, thanks Chad!!

    • @ChadsPrep
      @ChadsPrep  9 месяцев назад

      Glad to hear it!

  • @KatherineRSendelbach
    @KatherineRSendelbach 8 месяцев назад +2

    Phenomenal as always ❤

    • @ChadsPrep
      @ChadsPrep  8 месяцев назад

      Thank you so much 😀

  • @RiyaRoy-hd3ub
    @RiyaRoy-hd3ub 4 месяца назад

    I am a botany student and it helps me alot for understanding the concept of water potential...

    • @ChadsPrep
      @ChadsPrep  4 месяца назад

      Glad to hear it!

  • @kimchi515
    @kimchi515 Год назад

    Thank you so much, your video is very helpful!!! The way you explain the concept is so simple, it was really hard for me to understand the textbook and even in class because the explanation always uses complex words, the struggle of the international student:")

    • @ChadsPrep
      @ChadsPrep  Год назад

      Glad the channel is helping you - Happy Studying!

  • @skylardean4540
    @skylardean4540 8 месяцев назад +1

    As I set yet another curve and classmates ask me what my secret is, I coolly respond, "it's Chad."

    • @ChadsPrep
      @ChadsPrep  8 месяцев назад +1

      Let 'em know so they can be as cool as you. :-)

  • @CanadianBrewingChannel
    @CanadianBrewingChannel Год назад

    I am a refrigeration mechanic. Not a chemist lol. Always been fascinated by thermodynamics. Got a little lost but I think I get it. Thanks for the video.

    • @ChadsPrep
      @ChadsPrep  Год назад

      Welcome to the channel/video - glad you found some value!

  • @namhlamadlala321
    @namhlamadlala321 Год назад

    best teacher ever

  • @salmanagy1540
    @salmanagy1540 Месяц назад

    great explanation

  • @rickywilliams7919
    @rickywilliams7919 2 года назад +1

    Do you have a Masters in Chemistry and Physics.Cheers Ricky

  • @estimatingonediscoveringthree
    @estimatingonediscoveringthree 2 года назад

    Thank you Chad
    How does this relate to boze-Einstein condensate?

    • @ChadsPrep
      @ChadsPrep  2 года назад +2

      A boze-Einstein condensate is a gas of bosons with some interesting quantum mechanical properties that is formed at near zero Kelvin. The 3rd Law of Thermodynamics speaks more broadly of any substance being cooled to absolute zero. Assuming it adopts a pure crystalline structure it would then have zero entropy. But keep in mind this is also somewhat theoretical as we never quite achieve absolute zero Kelvin in practice (but pretty close!).

  • @nethanr.t3403
    @nethanr.t3403 2 месяца назад

    Buff indeed 🏆🏆🏆

  • @estimatingonediscoveringthree
    @estimatingonediscoveringthree 2 года назад

    Is it appropriate to say dna has a high entropy as a molecule and as a information system?

    • @ChadsPrep
      @ChadsPrep  2 года назад +2

      You could say that DNA has a lot of entropy as a molecule (lots of possible microstates) but I don't how exactly to relate that to its role as an information system. And with DNA people are often more concerned with the entropy CHANGE involved in its formation or existence rather than the amount of entropy a DNA molecule has. Hope this helps!

  • @circuitman8792
    @circuitman8792 2 года назад

    Why did you use the symbol for ohms?

    • @ChadsPrep
      @ChadsPrep  2 года назад +1

      The capital omega, a greek letter, is used as the symbol for Ohms in physics but also for the number of microstates here for the calculation of entropy. It is the same Greek letter used in both places. Hope this helps!

  • @kollomalloff469
    @kollomalloff469 2 года назад

    Does your general chemistry and high school chemistry playlist cover all of AP chemistry content?

    • @ChadsPrep
      @ChadsPrep  2 года назад +1

      Hello James. My high school playlist does not; it was designed for a standard high school chemistry class rather than an AP chemistry class. But my general chemistry playlists (old and new) definitely do. Hope this helps!

  • @ary_x_x
    @ary_x_x Месяц назад +2

    Who are the 8 ppl who disliked this video, bruh yall definitely some crazy sobs. My chem final is tomorrow and ur videos are the best you and organic chem tutor, the best professors of youtube

    • @yibisun9735
      @yibisun9735 Месяц назад

      Bro, you can't expect everyone to like you, not even Jesus can. 800 likes vs 8 dislike is pretty good I would say. Good luck on your finals.

  • @ayshaijaz9959
    @ayshaijaz9959 10 месяцев назад

    thank you thank you thank you godsend

    • @ChadsPrep
      @ChadsPrep  10 месяцев назад +1

      You're welcome x3 - Happy Studying!

  • @garysampson5232
    @garysampson5232 Год назад +2

    Oops... Your formula is wrong.
    2C + O2 --> 2(CO2) is not correct. You don't get 2 moles of carbon dioxide as stated in the lecture.
    How about 2C + O2 --> 2(CO) You do get 2 moles of carbon monoxide.

    • @bwpssds
      @bwpssds Месяц назад

      Thank god someone actually noticed it. It really bugged me bc it's the opposite, 1 mole solid substance and 1 mole gas turns into 1 mole gas. That means that entropy decreases. And we know that's the case bc entalpy will also decrease, since burning coal produces heat, so the reaction is exothermic.

  • @otsi.l
    @otsi.l Год назад

    Thanks Champ.

  • @adelmusaed7959
    @adelmusaed7959 Год назад

    Amazing 🎉

  • @Godfavorsmi
    @Godfavorsmi Год назад

    I’m can’t help but to read his shirt as “devils son”

  • @DanielW607
    @DanielW607 Год назад

    Nice video

  • @TheRooflesstoofless
    @TheRooflesstoofless 9 месяцев назад +2

    This comment is to let you know you’re awesome 😅

  • @RelaxRailRide
    @RelaxRailRide 2 года назад

    Nice sir

  • @Joy_Full1333
    @Joy_Full1333 Год назад

    What a Chad

  • @adama5563
    @adama5563 8 месяцев назад

    i love you

    • @ChadsPrep
      @ChadsPrep  8 месяцев назад

      Glad the channel is helping you!