New answers tagged solutions
0
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Does Raoult's law hold for immiscible liquids?
When you steam distill a mixture of immiscible liquids and collect the filtrate, the concentration of each component in the distillate is the same as concentration in the vapour formed before the ...
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Variation of conductance of saturated aqueous solution with temperature
Where am I going wrong?
Here:
As temperature increases viscosity decreases leading to higher
mobility
for saturated aqueous solutions of NaCl and BaSO4
because this is not true for all solvents. ...
- 520
1
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How does freezing of ideal solution actually happens?
The cryoscopy law stated that : $\pu{\Delta T = - K·c}$, where $\pu{K}$ is an unknown constant, and $\pu{c}$ is the concentration of solute. If the volume of the solution is $\pu{V_o = 100 mL}$, the ...
- 30k
3
votes
Accepted
How does freezing of ideal solution actually happens?
Under ideal conditions (very slow changes in temperature so that there is almost uniform temperature in the sample), water would start freezing at the calculated temperature.
Pure water freezes, so at ...
- 42.3k
1
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Why must bubble curve and dew curve meet at azeotropic point?
It is simple.
If the liquid and vapor curves did not meet at the azeotropic composition, azeotrope vapor at given p would have different composition than liquid, therefore it would not be an ...
- 44.6k
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Why must bubble curve and dew curve meet at azeotropic point?
Here is my qualitative reasoning on why bubble curve and dew curve must meet at azeotropic point. I will not argue for this directly but state and justify statements leading upto why the curves must ...
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