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.
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.
it will look like one of those lava lamps
When you mix gasoline and salt water, the gasoline, being less dense and hydrophobic, will float on top of the salt water. The two substances do not mix due to their differing chemical properties; gasoline is a non-polar hydrocarbon, while salt water is a polar solution. The salt in the water does not dissolve the gasoline, and the mixture will separate into distinct layers. This separation can hinder the dispersion of pollutants in marine environments during oil spills.
Salt water and sugar water boil faster than pure water because the presence of solutes increases the boiling point of water. Vinegar water boils faster than oil water because oil does not mix well with water and slows down the boiling process. Ultimately, normal water would boil fastest, followed by vinegar water, sugar water, salt water, and lastly oil water.
The amount of salt water you get will depend on the concentration of salt in the water. When you mix salt with water, the salt dissolves into the water to increase its volume slightly. The overall volume of the salt water will be the sum of the volumes of the original salt and water components.
When you mix water with oil and salt, the salt will dissolve in the water but not in the oil. Oil and water will not mix as they are immiscible, forming separate layers due to their different polarities. The salt will stay dissolved in the water layer.
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.
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.
it will look like one of those lava lamps
salt water
You get salt water.
No we cannot mix water with oil.
It is quite easy to mix salt water and fresh water, which produces a more dilute form of salt water.
Oil will not mix with water.
salt is an ionic compound and gets dissolve in polar solvent as water,oils are non polar organic liquids.
Salt water and sugar water boil faster than pure water because the presence of solutes increases the boiling point of water. Vinegar water boils faster than oil water because oil does not mix well with water and slows down the boiling process. Ultimately, normal water would boil fastest, followed by vinegar water, sugar water, salt water, and lastly oil water.