10.4 Graham's Law of Effusion and Real Gases
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- Опубликовано: 25 июн 2024
- Chad provides an illustration for Graham's Law of Effusion that you won't soon forget and compares and contrasts real gases vs ideal gases!
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00:00 - Effusion (defined)
01:20 - Graham's Law of Effusion
09:25 - Real Gases
Thank you so much, you are helping me with my mcat material. I really appreciate it.
Studying for my DAT exam rn and you are a life saver! Thank you so much Chad!!!
how did you do? im assumig you are D4 by now right?
@@andrewmontoya5919 D4 and just passed INBDE a month ago.
Chillin and Cruisin from now till graduation in 4.5 months 😎
Thank you for speaking clearly. :)
i was really hoping Chad chemistry would be just the absolute alpha gamer science. but i guess 2017 was too early for that meme
Methane is odorless. Bad smell is caused by hydrogen sulfide and other sulfur compounds. In fact, natural gas used to heat homes has an odorant added as a safety precaution so people know if there is a leak. In any case, fantastic video, thanks so much.
Can't resist on using this one with live students...gives me a chance to give someone a hard time. But well aware methane isn't responsible for the smell. 😉
www.chemistryworld.com/news/explainer-the-chemistry-of-farts/2500168.article
8:09 his jokes are hilarious, I love it
Thanks Alicja! My wife thinks I've very funny too...but she assures me that looks aren't everything!😜
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Would the H2 and O2 inside the initial balloon have to be in the same amount of moles for the Law of Effusion to hold?
Are we tacitly agreeing that since the balloon has constant pressure, volume, and temperature, the moles of the two gases have to be the same (by the ideal gas law equation)?