decrease
The number of moles of a solute will not change as a solution is diluted, however, the concentration of the solute will decrease. If you were to evaporate the water from the diluted solution, you would have the same number of moles of solute as when you started. You can test this by comparing the mass of the solute before producing the solution to the mass of the solute after the solution was diluted. The two masses should be the same.
One needs the extinction coefficient in order to answer this question. Otherwise it cannot be answered properly.
This depends on the substance and the application.
Any difference exist. A simple solution may be a diluted solution.
A stock solution is a highly concentrated solution that is usually diluted in labs to get more precise moralities in experiments.
If you multiple your absorbance by the dilution factor, this should give you the absorbance of the original culture.
When the acid is is diluted; its pH has a chance increase above seven and nake the sample;solution; Etc acidic.
The number of moles of a solute will not change as a solution is diluted, however, the concentration of the solute will decrease. If you were to evaporate the water from the diluted solution, you would have the same number of moles of solute as when you started. You can test this by comparing the mass of the solute before producing the solution to the mass of the solute after the solution was diluted. The two masses should be the same.
It will be an aqueous acetic acid solution. normally water is added in order to decrease the concentration of an acid & gives the diluted form of it.
I presume from category that the question ask about the heat of dissolution. Assume the solvent and solution is at thermal equilibrium. Adding more solvent would yield change in interaction for non ideal solution and thus it could yield increase or decrease of temperature depend on the infinite heat of solution of the solute that we interested in. Adding more solvent would not yield temperature change for ideal solution.
their is an increase in ion concentration
This is a diluted solution.
One needs the extinction coefficient in order to answer this question. Otherwise it cannot be answered properly.
solution that contains a small amount of solute
The solution must be diluted 1000 times to get from a pH of 3 to a pH of 6.
Diluted Ammonia solution can be prepared by diluted strong ammonia solution with the appropriate quantity of purified water.
This solution is diluted.