Chemistry: Ideal Gas Law + 5 example problems

[@Socratica]

We have a Gas Laws Practice Test available for purchase on our website at www.socratica.com/store (navigate to "digital downloads," or go straight to bit.ly/CHEMTESTS). This Practice Test has 50 problems (includes true-false, multiple choice, short answer, fill-in-the-blank, & problems worked in full). The test comes with a complete answer key, with explanations.

[@delawarecop]

Thanks for proving that CO2 AGW is a myth perpetuated by Science Fiction, not SCIENCE. These guys use the Ideal Gas Law to prove that climate change is a result of atmospheric compression, whilst being buffeted by the Solar Winds emanating from our nearest Star. So Climate is a product of TSI, not CO2. kzbin.info/www/bejne/jpe1c6VthaqUrbs

[@Ankita21274]

Guess what I was studying this topic only a day ago and was in need of this very much! Thanks alot.

[@Socratica]

That's so great to hear! Good luck and let us know how you get on! 💜🦉

[@Ankita21274]

@@Socratica Sure, also I am incorporating and applying almost all Study tips by Socratica in daily life. They've transformed me as a student. Thanks a bunch! ❤️ You are my favourite mentor @Socratica!! 💜

[@Socratica]

AMAZING. We're rooting for you!!

[@moopyhedgehog6037]

these are the best educational videos ever. even laymen can understand and enjoy this entertaining format. thank you so much!

[@Socratica]

You're so kind to say this - this really inspires us to make more videos!! 💜🦉

[@rcg5317]

Hah! Wake me up to High School chemistry refresher of Charles-Bolye’s Law. Thanks!

[@delawarecop]

You just gotta love SCIENCE! When Science proves that CO2 AGM is a complete Science Fiction myth because of PV=nRT. As the Solar winds buffets the Stratosphere, it compresses the Troposphere, which results in increased Surface Temps. The Atmosphere knows absolutely no difference between CO2, N2, O2, etc.. as they are all gases.

[@voltampscircuits]

Awesome tutorials. Now I have to buy myself a science kit or two and start applying the theory that I'm learning from this channel. Thank you Mrs./Ms. Harrison.

[@LangChantreaChemistry]

i think this video is very important for students to learn about ideal gas, PV = nRT.

[@sudharshinim4074]

This channel is unbelievable, this is how I wanted to learn every concept

[@flexairz]

Perfect explanation, thank you very much!

[@jostschoenfeld833]

thank you; very vivid examples

[@NetNeelsie]

Thank you.

[@sh00t01]

Brilliant, as usual. But I have to point out that in the fourth example there're two mistakes. I don't know a spot in the world that reads 50Kpa of pressure under 5000mts of altitud, it would't be a hill but a huge mountain. Second, As temperature raises, pressure drops just like it was stablished at first, so there is no way that pressure keeps constant as temperature gets from 12 to 18 grades centigrades at the same altitude. I hope made my point clear as this is not my native language. Thank you, very much for your excellent classes on every subject!

[@Socratica]

Interesting points! Yeah, sometimes you have to accept it's going to be one of those "a man buys 400 watermelons" kind of problems, because you have to suspend your disbelief a little. Be well, Socratica Friend! 💜🦉

[@sh00t01]

@@Socratica you're so right! Love your vids!!

[@dosgos]

Excellent!

[@tychophotiou6962]

Dog farted an ideal gas but nearly poisoned everyone!!!

[@c2kdkr163]

Thanks a lot. what about Dalton's law

[@pile333]

Would it change on other planets?

[@Socratica]

Interesting question! What would be different on other planets?

[@pile333]

@@Socratica Yeah. Just like Perseverance probe afterburners with no visible "flames" while landing on Mars.

[@delawarecop]

kzbin.info/www/bejne/jpe1c6VthaqUrbs

[@michelle-ve3jb]

Me trying to read the thumbnail: ideal coleslaw

[@Socratica]

We had this amazing coleslaw at a BBQ restaurant once that had blue cheese crumbles and walnuts. We were skeptical at first but then realized we had just had the ideal coleslaw. The restaurant went out of business so now it only lives on in our memories.

[@michelle-ve3jb]

@@Socratica that's amazing 😂 hope one day you can recreate it!

[@nicoschwagerl6017]

There is a unit problem at the time 10:34 they forgot the unit of 10 mol and therefore kPa/mol is left.

[@Socratica]

You're right, we forgot to write in mol there! 10 points to Griffindor! 💜🦉

[@Sherita520.]

Hello! We use 0.0821 for R. What is the difference

[@Socratica]

Thanks for your interesting question! What are the units of your R?

[@aaronaa8168]

That value for R uses pressure measured in atmospheres. 0.0821 has the units L x atm/mole x K. 8.314 converts pressure from atm to kPa. and has units L x kPa/ K x mol.

[@1000jdg]

C02 at 2.7K? Seems like Elon is providing a very chilly ride.

[@aaronaa8168]

Re astronaut question. @ 2.7K you would be dead and produce no CO2 via respiration. Not to mention carbon dioxide isn't a gas at 2.7K.

[@pan2aja]

Wait .. where is Liliana de Castro ?

[@Socratica]

Liliana is the host of our Abstract Algebra series. Kimberly Hatch Harrison is the host of our biology and chemistry series. She's also the co-founder of Socratica, btw. You can learn more about our team here: www.socratica.com/about

[@victorhass1647]

🇧🇷🇧🇷🇧🇷

[@kirbymarchbarcena]

I hope farting is not an ideal one.