They will separate because of their differing densities. Oil is more dense than water, so it will remain above the water. Think about an oil spill in the ocean; the oil floats on the water. Or think about the salad dressing in an Italian restaurant, I think its oil and vinegar. Same principle. That's why you have to shake it before you use it.
RE: Oil floats on water because it is less dense, not more dense.
They don't because they don't both have charges. Water is charged positively on the oxygen end, and negatively on the hydrogen end. Oil doesn't have any charges at all. So, since oil doesn't have charges, they don't mix.
Oil rises to the top, water stays at the bottom.
Oils and water are not miscibles.
Yes because soap is water and oil interacting.
Phospholipids do not interact with water, because water is polar and lipids are nonpolar.
they interact by precipitation . when the sun precipitates water in the ocean
they interact by precipitation . when the sun precipitates water in the ocean
Lavender oil is made up of lots of different components. Almost all of which aren't water soluble as they are non-polar. This means that the molecules of the lavender oil cannot interact with the polar water molecules without the help of an emulsifier. In short, no lavender oil is not water soluble.
Yes because soap is water and oil interacting.
Polar. Just think of this, oil is non polar, oil doesnt mix with water.
Oil is a lipid that is hydrophobic (water does not interact with it) and will form a perfect barrier between aqueous compartments; causing the oil to float on top of the water, which will spread the oil around when trying to clean it up.
Phospholipids do not interact with water, because water is polar and lipids are nonpolar.
I dont know how carboyhydrates and lipids interact with water.
they interact by precipitation . when the sun precipitates water in the ocean
they interact by precipitation . when the sun precipitates water in the ocean
they interact by precipitation . when the sun precipitates water in the ocean
This is because the oil and water want to interact as little with eachother as possible since the waters intramolecular forces are much stronger than an oil's. By forming a mono layer the surface area of the oil and water molecules are minimized as opposed to being mixed and having much higher surface area contact.
we dont know. the only answer is that vinegar is water-soluble, but not oil-soluble.Water and vinegar are polar, making them hydrophilic therefore they can interact with each other giving the appearance of mixing.Oil is non-polar and hyrdophobic therefore will not mix with water or vinegar
how does the earth's ocean of air and ocean of water interact
Humans interact with the arctic tundra for various reasons including scientific research, hunting and gathering activities, tourism, and resource extraction such as mining and oil drilling. The unique ecosystem of the tundra also offers opportunities for outdoor recreation and cultural experiences for indigenous communities living in the region.