A saturated, unsaturated and supersaturated solution has to be distinguished. Concept introduction A solution can classified into three types are, Saturated solution Unsaturated solution Supersaturated solution A saturated solution is the solution that contains maximum quantity of solute dissolved in the solvent. In the given volume of saturated solution amount of solute dissolved in the solvent called solubility. Unsaturated solution is the solution that contains less quantity of solute than saturated solution. Supersaturated solution contains more solute than solute present in the saturated solution.
A saturated, unsaturated and supersaturated solution has to be distinguished. Concept introduction A solution can classified into three types are, Saturated solution Unsaturated solution Supersaturated solution A saturated solution is the solution that contains maximum quantity of solute dissolved in the solvent. In the given volume of saturated solution amount of solute dissolved in the solvent called solubility. Unsaturated solution is the solution that contains less quantity of solute than saturated solution. Supersaturated solution contains more solute than solute present in the saturated solution.
Solution Summary: The author explains the difference between a saturated, unsaturated and supersaturation solution.
Interpretation: A saturated, unsaturated and supersaturated solution has to be distinguished.
Concept introduction
A solution can classified into three types are,
Saturated solution
Unsaturated solution
Supersaturated solution
A saturated solution is the solution that contains maximum quantity of solute dissolved in the solvent. In the given volume of saturated solution amount of solute dissolved in the solvent called solubility. Unsaturated solution is the solution that contains less quantity of solute than saturated solution. Supersaturated solution contains more solute than solute present in the saturated solution.
Expert Solution & Answer
Answer to Problem 13.1QP
Saturated solution contains maximum quantity of dissolved solvent.
Unsaturated solution contains less quantity of solute than maximum amount of dissolved solute.
Supersaturated solution contains more quantity of solute than maximum amount of dissolved solute.
Explanation of Solution
To explain difference between saturated, unsaturated and supersaturated solution
Saturated solution: The solution in which can dissolve more quantity of solute and adding this solute would not change its aspect. Example: adding sugar into glass of water.
Unsaturated solution: The solution in which cannot added more quantity of solute and adding thus solute would change its aspect. Example: adding olive oil into glass of water.
Supersaturated solution: We added the solute into the solvent it does not dissolve and adding solute would change its aspect. Example: more solids are added into the solvent. It will settle down. The solution turns into saturated solution by heating.
Conclusion
A saturated, unsaturated and supersaturated solution has been distinguished.
Want to see more full solutions like this?
Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!
29.
a) i
Which energy diagram best represents the d-electrons in tetrahedral [Co(NH3)4]²+?
b) ii
c) iii
d) iv
11
་
↑↓ ↑t t
↑↓ ↑↓
e) none of these
ii
In1
According to Slater's rules, what is the effective nuclear charge experienced by a 3d electron in
30.
Ge?
a) 32.00
b) 21.15
c) 16.05
d) 14.00
e) 10.85
Regarding Lowis structuros and geometrios,
Draw Lewis structures for the following: SOF4, SO, ICI, XeO2F4, SeF and XeO3.
For each one, indicate the observed molecular geometry it adopts.
Explain the following statements with equations:
- The fusion product of an organic compund with sodium metal is an alkaline solution
- The test for elements should be done before the solubility tests.
- Using less sodium than the organic compound in the ignition test might cause a problem to detect the presence of the nitrogen and sulfur
- Formation of colored product when adding ferric acid chloride to phenol solution