Chemistry, asked by lalit788, 1 year ago

what are the properties of true solution?

Answers

Answered by jkhan1
9
hey \: dear \: here \: is \: your \: answer
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1.Homogenous in nature : They are homogeneous in nature which means the concentration of the solute remains same throughout the bulk. For example, aqueous solution of NaCl.

2.Small particle size : The size of solute particles is so small that they cannot be viewed with the help of even a simple microscope.

3.Filtration not possible: The particles of a solution pass through the filter paper without any change. For example, aqueous solution of common salt can pass through filter paper without any change. 50, their components cannot be separated by an ordinary filter paper.

4.Stable in nature : They do not change their concentration with time under normal conditions so they are stable in nature. Particles do not settle down when kept for long. N ormal saline (aqueous solution of common salt) does not change its concentration, i.e. it is stable. It is used medically in transfusion during dehydration or weakness.

5.Do not show Tyndall effect : These solutions do not scatter the light, so, they do not show Tyndall effect. It means the path of light will not be visible on passing through the true solutions.

The common examples of true solutions are filtered tea, aqueous solution of common salt, cold drinks, dextrose solution, aqueous solution of urea, potassium permanganate aqueous solution and soda water.

hope \: this \: helps \: you \:
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lalit788: thanks
jkhan1: wlcm dear
divyagupta2: dhanywaad
jkhan1: wlcm dear
Answered by Riitz
0
true solution or homogenous solutions containing a mixture of two or more substance is dissolved in a solvent the properties are as follows -it is a true solution the solute particles are very small of the order of about 10 to the power minus 10 m, a true solution is a clear and transparent ,a true solution does not scatter light, the components of a true solution the solute and the solvent, cannot be separated by filtration this is because both solute particles and solvent molecules are very small as compared to pose in the filter paper, the solute particles in a true solution do not settle down.
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