some of the salt sinks to the bottom and some stays at the top
If you want liquids that mix well, milk and water is a good mixture. Some muffin or waffle recipes use a mix of milk and water. Liquids that don't mix well are oil and water. The oil will sit on top of the water. In baking, you sometimes mix milk and oil or milk and lemon juice, and they don't mix well.
Oil and water do not mix due to their different densities and polarities. When shaken together, the oil and water will temporarily mix and form small droplets of oil in the water, but they will quickly separate back into distinct layers due to their immiscibility.
Oil and water do not mix because they have different densities and polarities. The oil will float on top of the water, layering itself above the water due to its lower density. This is due to the fact that oil is nonpolar, while water is polar, causing them to repel each other.
What do you want to end up with ? The clues are the boiling points of water and oil being vastly different and salt being solid when not in solution. Thus heat the mix to evaporate off the water leaving oil and salt then filter to trap the salt.
HOW TO SEPARATE SALT FROM OIL .First of all to separate salt from oil you need to pour some water, salt, and oil into a beaker in that order. .After you have put those materials in the beaker, you should see the salt dissolving, then you should be left with oil and water. .Next to separate the oil from the water you could either, leave the solution for a while and the oil eventually should rise to the top and float above the water, or you could use a funnel with a stopcock at the bottom which will allow you to drain the water out underneath the oil. GOOD LUCK! :)
it will look like one of those lava lamps
Yes and No, it all depends on the type of oil that is in the salt water. Heavy crude oils do not mix with salt water, they just clump together and sink to the bottom. light and very light crude oils do mix with water which speeds up their degradation and causes them to evaporate a lot faster. medium crude oil like those from the oil spill in the Gulf of Mexico only partially mix with water, that is why you see the pools of oil on the surface and all the oil globs washing up on shore.
If you want liquids that mix well, milk and water is a good mixture. Some muffin or waffle recipes use a mix of milk and water. Liquids that don't mix well are oil and water. The oil will sit on top of the water. In baking, you sometimes mix milk and oil or milk and lemon juice, and they don't mix well.
The oil will float above the water, as they wont mix with each other, and oil is lighter.
when you mix baking soda ,salt, and vinegar it shall fizz up and if you do it right it will over flow and maybe and explode if you get lucky. :0 :)
Oil and water do not mix due to their different densities and polarities. When shaken together, the oil and water will temporarily mix and form small droplets of oil in the water, but they will quickly separate back into distinct layers due to their immiscibility.
Yes and No, it all depends on the type of oil that is in the salt water. Heavy crude oils do not mix with salt water, they just clump together and sink to the bottom. light and very light crude oils do mix with water which speeds up their degradation and causes them to evaporate a lot faster. medium crude oil like those from the oil spill in the gulf of Mexico only partially mix with water, that is why you see the pools of oil on the surface and all the oil globs washing up on shore.
The variable in the project of what happens when oil mixes with water could be the type of oil used, the temperature of the water, the ratio of oil to water, or the presence of an emulsifier. These variables can affect the emulsification process, the formation of microemulsions or macroemulsions, and the overall stability of the mixture.
Salt water and oil are not a homogeneous mixture because they do not blend together uniformly. Oil is hydrophobic and does not mix with water, causing it to form distinct layers when combined. Salt water, on the other hand, is a homogeneous mixture because salt dissolves completely in water, resulting in a uniform solution.
Oil and water do not mix because they have different densities and polarities. The oil will float on top of the water, layering itself above the water due to its lower density. This is due to the fact that oil is nonpolar, while water is polar, causing them to repel each other.
No we cannot mix water with oil.
If you let the oil and water sit for a while, you can actually see the two separate. It's quite cool.