Find the Density of a Gas (Ideal Gas Law)

Use the ideal gas law to find the density of a gas.
The equation is: d = PM/RT
I derive it in the video too
Ask me questions: www.chemistnate...

[@katm9971]

Thanks for deriving the formula for density from the ideal gas law. Extremely helpful. Thanks! :)

[@xianweitan4500]

Thank you so much:`)) I was struggling to derive the equation but this video saved me from my demise. My deepest thanks.

[@amandaskittone9231]

Thank you so much!! I missed the day we learned this in class and this just saved me for the test tomorrow

[@parkermccreary2930]

Thank you, you beautiful human, I couldn't for the life of me figure out how to get density in there

[@Jabermania]

Man!!!! you make chemistry a piece of cake

[@dakotalucky13]

where did you get the 8.324

[@mobzillahunter678]

dakotalucky13 it’s a gas constant. Sry for being 6 years late lol

[@anthonyhedley8752]

Isn’t the gas constant for R in this case .08206?

[@Maksrfrz]

Cambridge uses only 8.314..... value.

[@dudesah7422]

Thanks for giving molar mass and mass the same units, I’m sure that won’t confuse anyone! 👍

[@korimecklenburg7577]

Thank you so much!!! This is awesome

[@iburrito]

Thank you for this video!!!

[@talenashton3640]

Thank you so much this saved my butt

[@gouthamr8214]

thanks very helpful

[@williamgoodieson9628]

i think i love you

[@thespeechmasterali2499]

That's amazing...

[@filatsharapov4841]

thanks alot bro

[@ritchan1]

is the amount of grams per mole of oxygen not 16

[@ritchan1]

wait its o2 sorry

[@osazehenry5975]

Nice.

[@spotdesigns7906]

Hi can u guys help me pls. How did he get 8.314 pls help me

[@ozzyb3354]

Kpa constant

[@revz8684]

R=0.0821 for atm/l or 8.314 for PA/M3 Universal gas constant

[@apacifico]

My man

[@eliaortiz8790]

Thanks so much for explaining ahhhh

[@fladoodleflamy]

honestly I'm just a junior in hs, just looking for a basic answer. (I don't know any of these big words he is saying)

[@hemangzalavadia2537]

Damn it is so easy I dint know

[@azriel3915]

Tf?