That is just not true.
Mixing sulphuric acid and water, for example, can generate enough heat to cause an explosion.
The answer as a mixed number is 1 whole and 2 thirds. 1 2/3
Expressed as a mixed number in its simplest form, 15/2 is equal to 7 1/2 or seven and a half.
Write-72.775 as a mixed number
67/2
99.5 = 991/2
Can be both or either. 1. When mixed, without chemical reaction, liquids can take or release heat; it is a physical phenomenon. 2. But mixed liquids can react and this chemical reaction can also release heat.
Ores
In most cases, two mixed liquids can best be separated by the process of distillation, in which the liquid with the lower boiling point is boiled off and collected as vapor, and it can then condense back into a liquid. It is also possible to separate two mixed liquids by cooling them to the point that one of the liquids freezes; no two liquids would have exactly the same freezing point, just as they do not have exactly the same boiling point (of course, if the freezing points or the boiling points are very close, that makes the separation process harder).
The 2 liquids are so dense that the two liquids will sit in top of each other without mixing
flush and change cooling system liquid every 2 years. use correct liquids for your vehicle.
Color and State of Matter
yes they can but there are many liquids that do that
Supervisor - I am leaving this question but it needs clarification please. There is just not enough information to answer.
in general, polar liquids are miscible with other polar liquids but are not miscible with nonpolar liquids.
Yes, separation of two liquids by distillation is a physical change. It involves the process of heating a mixture of liquids to vaporize one of the components, and then condensing the vapor back into a liquid form. This process does not involve any chemical reactions or changes in the chemical composition of the substances.
Chemical change. The formation of a precipitate is one indication that a chemical reaction has taken place.
These liquids can be separated by distillation.