|
GR9277 #47
|
|
|
|
|
Alternate Solutions |
casseverhart13
2019-06-13 04:45:34 | I enjoyed to find this problem. I like your point of view. Thanks a lot. click here |  |
|
|
Comments |
casseverhart13
2019-06-17 04:24:16 | Hi. First of all I would like to say what a great problem you have. painting company\r\n |  | casseverhart13
2019-06-13 04:45:34 | I enjoyed to find this problem. I like your point of view. Thanks a lot. click here | | Gomesz
2019-06-01 06:56:51 | http://grephysics.net/ | | kroner
2009-09-28 14:15:56 | If you have no idea what this question is talking about, region B is the only one with different behavior from the others. The ETS has also conveniently shaded the correct answer for you.
alemsalem
2010-09-25 07:34:32 |
how very nice of them,, playing mind games with us
|
gravity
2010-11-09 02:34:21 |
That is not entirely true. In region A is is definitely a liquid. In region C it is definitely vapor.
Follow the path from one isotherm through the region (lets go left to right with 4). Due to high pressure, it's condensed into a liquid. As pressure decreases, and temperature increases, it starts to evaporate into a liquid. Pressure stays the same for a phase transition, so the volume increase as more and more liquid transitions into a gas. Eventually, when the isotherm exits the shaded region, it is a gas.
Now following the critical isotherm, 2, we see it skips this whole process.
The region E is most likely a liquid, the region A is a liquid, the region C is a gas, and the region B is transition region where Vapor and Liquid are in equilibrium. Thus, the answer is B.
You might ask "What about D?" Well, the distinction between gas and liquid falls apart up here. You'll get something that can only be classified as both. This is called a supercritical fluid and an excellent video you should watch is here: http://www.youtube.com/watch?v=yBRdBrnIlTQ
|
grace
2010-11-12 22:32:50 |
Thank you gravity
|
Gomesz
2019-06-01 06:57:16 |
http://grephysics.net/
|
| |
|
| Post A Comment! |
|
|
Bare Basic LaTeX Rosetta Stone
|
LaTeX syntax supported through dollar sign wrappers $, ex., $\alpha^2_0$ produces  .
|
| type this... |
to get... |
| $\int_0^\infty$ |
 |
| $\partial$ |
 |
| $\Rightarrow$ |
 |
| $\ddot{x},\dot{x}$ |
 |
| $\sqrt{z}$ |
 |
| $\langle my \rangle$ |
 |
| $\left( abacadabra \right)_{me}$ |
_{me}) |
| $\vec{E}$ |
 |
| $\frac{a}{b}$ |
 |
|
|
|
|
The Sidebar Chatbox...
Scroll to see it, or resize your browser to ignore it... |
|
|
|
