20 Replies
@Dexter
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.i dont understand that equation they gave
what info are they trying to give?
Take it as A +B → C+D
They've given -d[A]/dt = x[A]-y[B]
Basically.
Which is nothing but a way to give you
kf and kboh
how come?
Because one is rate constant for forward reaction and one is rate constant for backward
x and y that is
so what they're saying is
rate of consumption of A = kf * how much A is left - kb * how much B is left
im tryna make this feel intuitive
Yup
But it's just rate of consumption of A due to forward - rate of production of A due to backward
With the rate expressions plugged in
ahhh
yeah cuz rate const * conc is just rate
Mhm
gotcha lemme try solving
got it
been a while since i did equilibrium
how'd english go?
And if I'm not wrong, if you set it equal to zero, you should get that the concentrations should be in ratio of kf/kb because well...if dA/dt =0, that's equilibrium innit?
Crappy
yeah cuz then rate of consumption of A = rate of production of B
oh? too lengthy?
Nah, I even did extra attempts.
my issue w english apart from lengthy was that my vocabulary is just ass
It's just that paper was crappy quality
lmao then u chilling
litrature or reading part
2 years of science have just made me dumb at using nice words
ill mark this as solved
+solved @Opt
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