Hello, I've been two days trying to resolve this problem and I can't.
I will try to translate it.
To liquid, A and B have very similar boiling point. Because of that would be separate by liquid-liquid extraction with a dissolvent C.
Calculate the minimum quantity of extract we have to...
I'm not agree whit your opinion. Water is polar and it doesn't andhere to glass.
"[URL
" Viscosity is a measure of the resistance of a fluid to deform under shear stress. It is commonly perceived as "thickness", or resistance to flow."[/URL]
Because this resistance, the fluid who have high...
Hi, he looks good to me a priori.
My first option to draw the equilibrium line is taking real equilibrium dates, no spliting the tower, because the most important reason to do the operating line- equilibrium lin graphic is to obtain the real stages of the tower, but if they don't give you...
Hi, the reason is that the viscosity of Mercury is low 0.159*10^-2 (kg/ms).
(for water = 0.105*10^-2 (kg/ms))
You can view more intuitively if you know for example the Glicerine viscosity
(139.3 * 10^-2 ( kg/ms), three order of magnitude higher) :smile:
Firstly you have to determine the radius of the circunference who contains the triangle. ( see the graphic below)
- triangle is an equilateral triangle, because that the angles are 180/3= 60º
If we draw the radius we have half angle ; 60/ 2 = 30 º
Whe aply trigonometry ...
If the operation line is also the equilibrium line, your tower have no stages and this never happens.
( To explain that clearly you can see this graphic. The stages are calculated always between the two lines )
If you think about you have said, you'll see that you have calculated the...
If I understand you correctly, the line you have dranw is the Equilibrium Line,
to draw the operation line you have to aply this equation:
G(Y1 - Y) = Ls(X1 - X)
being 1 the bottom of the tower.
Anyway you can obtain the same line joining the points (X1,Y1) [...
Hello, this is my first post here and I have to improve my English level, so sorry if I can't answer clearly your question.
Firstly, If you say that you want to draw an equilibrium curve.
The expresion y*=Hx, it's not a curve. It is a line. Usually if we work with a not concentrate solutions...