I had to think of K as → where the reaction "Wants" to be (equilibrium). Then Q as → the quantity or "pressure for change" on each side of the reaction. Also, I had to pair that logic with a line graph Where Q is on each side of K ( Q-------- K ------ Q). Each Q and K move depending on concentration, temperature, and pressure). If Q is > K, then there is more presure on the right side. If Q is < K, then there is more presure on the left side. You can also use pac-man. Worked for me.. lol
It makes so much sense now when you treat heat like a product, Thanks.
When you said treat like a reactant or product, It solved my problem,thank you so much@ team Khan Academy
That really did help me too, helped me put a name or known concept to the new idea. Comparisons are some of the best way to learn
Same hear😂
Samee 🙏😭
This is SO much better than my chemistry teacher.
I had to think of K as → where the reaction "Wants" to be (equilibrium). Then Q as → the quantity or "pressure for change" on each side of the reaction.
Also, I had to pair that logic with a line graph Where Q is on each side of K ( Q-------- K ------ Q).
Each Q and K move depending on concentration, temperature, and pressure).
If Q is > K, then there is more presure on the right side. If Q is < K, then there is more presure on the left side. You can also use pac-man.
Worked for me.. lol
Didn't expect this to be so good, I'm glad that I didn't scroll over this vid.
My man has explained this whole concept in an easy way
8:43 did you mean too many reactants and not enough products?? or am i wrong??
Thank you!
thank you so much, well explained.
thanks!!
Thanks❤️💞
Thx❤️
Very good and funny videos bring a great sense of entertainment!
❤️
とうございます」、
First view and comment
no one cares
What is Qc, us it the reactants or products???🙏🥹
It's the state of the reaction at any point in time (it's an instantaneous measure)
To make it more clear, it is called the reaction quotient, and it is the ratio of products to reactants at any given instant.
thank you!