Search found 7 matches

by _3474001_
Thu Jan 26, 2023 10:50 pm
Forum: Equilibrium Constants & Calculating Concentrations
Topic: Syllabus Problems 5H.3
Replies: 1
Views: 107

Syllabus Problems 5H.3

Hi!

I am having difficulty approaching this problem. The table provides K but it does not match the answer given at the back of the book.
by _3474001_
Sun Jan 22, 2023 11:51 pm
Forum: Administrative Questions and Class Announcements
Topic: Advice from a Medical Student [ENDORSED]
Replies: 297
Views: 607491

Re: Advice from a Medical Student [ENDORSED]

Really appreciative of this advice!
by _3474001_
Sun Jan 22, 2023 11:50 pm
Forum: Non-Equilibrium Conditions & The Reaction Quotient
Topic: Quadratic Formula [ENDORSED]
Replies: 18
Views: 1142

Re: Quadratic Formula [ENDORSED]

After completing your ICE table, you calculate K using those values, which you cross multiply to get the values to plug into the quadratic formula.
by _3474001_
Sun Jan 22, 2023 11:45 pm
Forum: Non-Equilibrium Conditions & The Reaction Quotient
Topic: Achieve Question #5
Replies: 1
Views: 90

Achieve Question #5

Why do you cube the first equilibrium constant and multiply the equation by 3?
by _3474001_
Sun Jan 15, 2023 5:48 pm
Forum: Ideal Gases
Topic: Hybrid Class Lecture
Replies: 5
Views: 248

Re: Hybrid Class Lecture

3 lectures, each released at 12 pm MWF with a workshop on Friday to problem solve some of the equations presented in the lectures.
by _3474001_
Sun Jan 15, 2023 5:46 pm
Forum: Equilibrium Constants & Calculating Concentrations
Topic: Omitting Solids and Liquids when Calculating K
Replies: 16
Views: 418

Re: Omitting Solids and Liquids when Calculating K

It was explained in the lecture that solids and liquids are not included in the K expression because their molar concentration does not change during a reaction.
by _3474001_
Sat Jan 14, 2023 1:43 pm
Forum: Equilibrium Constants & Calculating Concentrations
Topic: Chemical Equilibria
Replies: 4
Views: 123

Chemical Equilibria

Hi!

Just have a question for clarification. Does mol.L^-1 mean mols per liter, or does it translate to something else?

Thanks!

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