detergents have a hydrocarbon chain like C12H25 which is nonpolar, and an ionic group like sulfate. What happens here is that your hydrocarbon end is attracted by dirt, oil and greasy stuff, and that ionic end is attracted by the water.
SOOO... your result is that an orientation of molecules uhhh
at the interface between dirt and water where the dirt particles get suspended as a colloid, so then they easily get washed away.
Now that being said if you add detergent or salt to water is the same as adding a solute to a solution which lowers the vapor pressur of a liquid. SOOO... a higher temp is needed to increase the vapor pressur of the solution to get it to the gas phase.
So here the soap is the emulsifyer and the negative ions are oriented between oil and water and the positive ions move independently through the water. Becuz they do this temporary dipoles called London forces are produced between the positive part of the ions and the negative part of the hydrogen bond, on the oxygen.
Heat makes the ions move around more causing more collisions, and adding more salt, increases the ration rising the chances of collision. Rate of reation is all about the collision rate.
I think this is the answer you were looking for.
You end up with a mixture of salt and water
It makes salt water.
Since salt is soluble in water, it will dissolve until the water is saturated.
Simple, the salt stops the bondings by simply getting in the way.
polarities
What did you observe! This is not a question we can answer as we were not present when the salt was added.
Salt added to water form a solution, an electrolyte.
You get a mixture of salt and sand. Nothing more happens.
You create a solution of the salt in water.
Water dissolve and transport salt.
The salt dissolves in the water and the iron does not.
it rises slightly
Water and an aqueous salt are often formed
It melts slowly.
Water and an aqueous salt are often formed
Salt water has a higher density, so the pressure at a given depth increases.
Magnesium oxide react with water and magnesium hydroxide is formed.
U evaporate it
Silver nitrate will dissolve in distilled water. When added to a salt solution silver chloride will fall out of solution.
You get lesser salty water. The fresh water and salt watwr will diffuse together. In aquatic ecology sense, area where fresh water meet with sea water is brackish water.
It just stays there. some is lost to the backwash , splashing, overflow and so on but the salt that is in the water stays there.
You get salt water.