Some of the salt will dissolve in the "rubbing alcohol," which normally contains between 9% and 25% water. However, salt is insoluble in pure alcohol, so much of the salt will remain in its granular form.
Nothing. You have a mixture of rubbing alcohol and rock salt. But, it works great for cleaning glass (420) because the alcohol dissolves the resin and the rock salt works as an abrasive to get everything nice and clean.
No chemical reaction, but it makes a pretty good window washing liquid.
Nothing, it would yield a mixture of salt and isopropanol.
nothing happening
go ahead and try it yourself
There is no chemical reaction except their densities are different and it is a great liquid for cleaning glass such as windows, plates etc.
-ELIZA D.
yes
When acid reacts with base, that is a neutralization reaction.
When iodine and cyclooctene are mixed, a reaction occurs between the two and the product that is formed is 1,2-diiodo cyclooctane.
they do mix but there is no reaction unless a catalist like sulfuric acid were used
Answer#1The alcohol, being less dense will float on top. They do not react. This answer is nonsense. Alcohol and bleach will mix, and they react, but not in a way that will kill you. Alcohol is less dense than water or bleach (water plus sodium hypochlorite) but alcohol and water do mix... mixed drinks, anyone?
Blue
Yes. In fact, rubbing alcohol is already mixed half-and-half with water.
A small amount of rubbing alcohol mixed with gas should not hurt your cars engine. The alcohol will burn with no problems.
Water and rubbing alcohol are totally miscible.
There is no special reaction, the salt will tend to dissolve in the water mixed with the alcohol.
yes
This is only a fantasy.
Well, if you mixed rubbing alcohol with hydrogen peroxide it could produce a risk of creating VERY harmful chlorine gases. So I don't advise you to try it.
It's called an addition reaction. Specifically, it's an electrophilic addition reaction.
miscible
When acid reacts with base, that is a neutralization reaction.
When iodine and cyclooctene are mixed, a reaction occurs between the two and the product that is formed is 1,2-diiodo cyclooctane.