When silver nitrate is added to a tap water solution, it can form insoluble silver chloride precipitate due to a reaction with chloride ions present in the tap water. This precipitate appears as a white cloudy material, which causes the solution to change in appearance.
If the solid substance is nonpolar, it will more likely dissolve better in an organic solvent rather than water. In this case, using distilled or tap water to prepare a solution may not make a significant difference in the solubility of the substance since it is nonpolar and not likely to dissolve well in water regardless.
The sample of tap water could be described as a homogeneous mixture because the ions are evenly distributed throughout the water. Specifically, it could also be described as a solution, as the ions are dissolved in the water.
Yes, tap water is a molecular compound. It is made up of two hydrogen atoms and one oxygen atom bonded together to form a molecule of H2O.
Iodine turns blue when mixed with tap water because iodine forms a complex with starch in the presence of water, resulting in a blue-black color. This reaction is commonly used as an indicator for detecting the presence of starch in a solution.
a suspension
When tap water and salt water are mixed together, the salt dissolves in the water and becomes part of the solution. The resulting solution will have a higher salt content than the original tap water.
Tap water is considered a homogeneous mixture because it is uniform in composition throughout, meaning the properties are the same in all parts of the solution.
When silver nitrate is added to a tap water solution, it can form insoluble silver chloride precipitate due to a reaction with chloride ions present in the tap water. This precipitate appears as a white cloudy material, which causes the solution to change in appearance.
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Unfiltered tap water is a pure substance
when you clean the shower in your house your clean the soup and the tap water all off of the bath tube, so you you need to get rid of the ''precipitate''.
As long as its clean, clear tap water its a homogeneous mixture (since the various other things that are in the water exist only in solution).
In reality, yes, it is. Tap water contains dissolved minerals and gases. Certainly it is "clean" enough to drink, but there remain a number of dissolved elements and compounds that were not removed during processing. And there were a few things added, as well.
If the solid substance is nonpolar, it will more likely dissolve better in an organic solvent rather than water. In this case, using distilled or tap water to prepare a solution may not make a significant difference in the solubility of the substance since it is nonpolar and not likely to dissolve well in water regardless.
Salt water freezes slower than plain tap water because the presence of salt lowers the freezing point of the water. This means it takes longer for salt water to reach the necessary temperature for freezing compared to plain tap water.