Because a solution is similar to a homogeneous mixture which means that it is so evenly mixed that you cant see the different parts
To prove that the clear material is a solution and not a compound, you can perform a simple test such as evaporation. Evaporate the water from the solution, and if the baking soda reappears in its original form, then it is a solution. Compounds do not separate into their original components through evaporation, while solutions do. Additionally, you can use a conductivity test to show that the clear material conducts electricity, indicating it is a solution with dissociated ions from the baking soda.
well Tell the person its a pure substance so a pure substance can only compound one matter
Benzoic acid does not form a clear solution with cold water. It tends to remain as a suspension or may partially dissolve, causing cloudiness in the solution.
A solution is a clear mixture in which a substance dissolves in water.
No, baking soda will not clear your urine of meth. The only way to ensure meth is not detected in your urine is to refrain from using the substance.
Solution. In this solution, the ions of the ionic compound are surrounded by water molecules, which help to separate and stabilize the ions in the solution. This dispersion of ions allows the solution to be clear and transparent, as the individual ions do not clump together to form a precipitate.
A definite qty. of substance is dissolved in definite amount of solvent solution should be clear.
Yes, baking soda (sodium bicarbonate) is soluble in water. It dissolves readily in water, forming a clear solution.
as an aqueous solution.
Oxalic acid is a stable compound.
If a solution turns blue but remains clear, it could indicate the presence of a blue chemical compound that is soluble in the solution. The clarity of the solution suggests that the compound is well dissolved and uniformly dispersed in the liquid. This observation could be of interest for identifying specific substances through chemical reactions or tests.
A clear solution of sugar in water is a mixture, not a pure compound, because the proportions between sugar and water can be continuously varied and the two individual compounds can be recovered, for example by vaporizing the water in the solution under vacuum.