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IiTeachChem

•Created by Neko on 10/7/2024 in #💭│doubts

Will a reaction still be considered at equillibrium if the rate of forward is significantly more

+solved @iTeachChem

33 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

this topic was too confusing for me tbh so yeah you can close it

35 replies

IiTeachChem

•Created by Neko on 10/7/2024 in #💭│doubts

Will a reaction still be considered at equillibrium if the rate of forward is significantly more

thanks

33 replies

IiTeachChem

•Created by Neko on 10/7/2024 in #💭│doubts

Will a reaction still be considered at equillibrium if the rate of forward is significantly more

padha toh nahi but you can close it

33 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

The more I think the more questions I get and I am just getting more confused 💀

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

But for that total pressure should decrease after adding inert gas which is obviously wrong

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

Or maybe that the change in total pressure cancels out this change in mole fraction

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

So its still wrong 😢 unless the thing slembash said was true

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

Qp is only equal to Kp in this scenario when delta Ng=0

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

Now if we add 2x moles of an inert gas E, total moles are 2+x New mole percents are 1-x/2+x and x/2+x new partial pressures are (1-x)P/2+x and (x)(P)/2+x Qp=(x)/(1-x)^2(P)(2+x)

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

Sir suppose there A+B forming C There are 1-x moles of A and B and x of C mole percent of A and B is 1-x/2-x and C is x/2-x Hence partial pressures are (1-x)(P)/(2-x) and (x)(P)/(2-x) Kp=(x)/(1-x)^2(2-x)(P)

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

yeah but partial pressure is also defined as the molar percent of a gas multiplied by total pressure

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

And since volume cant increase the total pressure in the system would increase as well

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

When youre adding a gas obviously the total moles in that closed system would increase

35 replies

IiTeachChem

•Created by Neko on 10/20/2024 in #💭│doubts

Why doesn't addition of inert gas at constant volume shift the rxn towards one direction

but I thought that partial pressure of a component was related to the mole fraction of that component. so a decrease in mole fraction should change it

35 replies

IiTeachChem

•Created by Neko on 10/10/2024 in #💭│doubts

Pnc Diagonals of a polygon

+solved @SirLancelotDuLac

12 replies

IiTeachChem

•Created by Neko on 10/10/2024 in #💭│doubts

Pnc Diagonals of a polygon

sorry I always forget to close these things 😅

12 replies

IiTeachChem