No. Oil and water would form a heterogeneous mixture. A solution is a homogeneous mixture.
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! :)
The phospholipids would align themselves at the interface between the oil and water layers due to their amphipathic nature. This arrangement forms a lipid bilayer with hydrophobic tails in the oil and hydrophilic heads in contact with water. This process mimics the formation of cell membranes in living organisms.
no!
No, oil would not be soluble to create the solution without some type of emulsifier.
Water-soluble mineral oil can be made by emulsifying mineral oil with a suitable emulsifier in water. The emulsifier helps to disperse the oil in water and stabilize the solution. Additionally, using a high-shear mixer can help in achieving a stable water-in-oil emulsion.
pouring it into a beaker and permanently stirring it
no
If a membrane-bound sac filled with large molecules of oil is suspended in a beaker of water, water will start to enter the sac. The sac will then swell.
stones :)
No, normally it isn't . If you mixed oil and water together and left it, then it would separate out to form different layers. This means that the oil isn't dissolving in the water (or vise versa). that means that it isn't a solution it is a mixture
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 is neither, it is an element
The phospholipids would align themselves at the interface between the oil and water layers due to their amphipathic nature. This arrangement forms a lipid bilayer with hydrophobic tails in the oil and hydrophilic heads in contact with water. This process mimics the formation of cell membranes in living organisms.
Diethyl Ether, Naphtha, Xylene, Toluene, Petroleum Distillates, etc.
It is because of the different viscosity of the two liquids
The initial choice is the only one that will readily make a solution.
It is neither, it is an element