fubag
- 105
- 0
I have received a homework document from one of my professors.
However, I am having difficulty answering some of the questions, since the diagram seems so awful to understand.
You can find the document here. http://docs.google.com/Doc?id=dcnj7bph_2fnmnzt
For question # 1 and 2 I put respectfully the number given, because I couldn't figure any other way to figure that out.
For question # 4 I put diffusion, but I am wondering if electrical flux will also suffice?
For question #5 I put J(diffusion) = -D {dC/dx} determined by Flick's Law
For question #6 I put equilibrium and the behavior of charged ions will eventually halt the movement of K+ ions. However, it is asking for a process, so I am not too sure about this one.
For question #7 it is asking the name of the process...a bit confused.
For question # 8 I answered they will be evenly distributed? once again not too sure
Will continue as I work through the problem.
Any feedback/help will be most deeply appreciated.
Thanks!
However, I am having difficulty answering some of the questions, since the diagram seems so awful to understand.
You can find the document here. http://docs.google.com/Doc?id=dcnj7bph_2fnmnzt
For question # 1 and 2 I put respectfully the number given, because I couldn't figure any other way to figure that out.
For question # 4 I put diffusion, but I am wondering if electrical flux will also suffice?
For question #5 I put J(diffusion) = -D {dC/dx} determined by Flick's Law
For question #6 I put equilibrium and the behavior of charged ions will eventually halt the movement of K+ ions. However, it is asking for a process, so I am not too sure about this one.
For question #7 it is asking the name of the process...a bit confused.
For question # 8 I answered they will be evenly distributed? once again not too sure
Will continue as I work through the problem.
Any feedback/help will be most deeply appreciated.
Thanks!