Thank you for an absolutely crystal clear explanation of Le Chatelier's principle. I was reviewing "Adsorption" and the part where you described adding heat to an exothermic reaction helped me see clearly why increasing the Temperature decreases Adsorption given it is an exothermic process. I would like to know if you have any videos on Adsorption and different Types (Types I through V). Thank you.
Dear Chad, I did some google search on adding inert gas to a reaction. There are two situations: 1) Adding inert gas to the system at constant Volume (the case you described), this will only increase the total pressure but not the partial pressure of the other gases. Thus, this addition causes no shift in the equilibrium of the reaction. 2) Adding inert gas to the system at constant Pressure, this will decrease the partial pressure of the other gases. Thus, as partial pressures decrease, the reaction favors the side with more moles of gas. Can you check if I am correct, please? Thank you in advance!
![โฮ่ง! (SUGOI) - LYKN [ OFFICIAL MV ]](http://i.ytimg.com/vi/nFp4zjAARFs/mqdefault.jpg)
You're literally famous among premeds at my school (McGill University in Canada). Thank you so much for all you do!
You're very welcome Angela! I always knew being short and bald were the keys to fame 😉
Best to you and all your friends at McGill!
@@ChadsPrep Chad, you have 6 foot 7 energy.
Thank you for an absolutely crystal clear explanation of Le Chatelier's principle. I was reviewing "Adsorption" and the part where you described adding heat to an exothermic reaction helped me see clearly why increasing the Temperature decreases Adsorption given it is an exothermic process. I would like to know if you have any videos on Adsorption and different Types (Types I through V). Thank you.
cool, cool, cool
This is such great review for my DAT prep I was terrible at equilbrium in general chem. Thank you CHAD
Happy to help, ZA - Hope you do well on your DAT!
A hearty thanks to Chad! Very helpful.
And a very hearty you're welcome back at you!
Chad: Do you do tutoring on Zoom? If yes, I would like to know your terms. Don't know if there is a way to reply to me privately. Thank you.
Dear Chad, I did some google search on adding inert gas to a reaction.
There are two situations:
1) Adding inert gas to the system at constant Volume (the case you described), this will only increase the total pressure but not the partial pressure of the other gases. Thus, this addition causes no shift in the equilibrium of the reaction.
2) Adding inert gas to the system at constant Pressure, this will decrease the partial pressure of the other gases. Thus, as partial pressures decrease, the reaction favors the side with more moles of gas.
Can you check if I am correct, please? Thank you in advance!
Hey HC W, you are exactly right! Happy studying!
@@ChadsPrep Thank you, Chad! I cannot express how much I appreciate your videos.
what college did you teach in?