water is a polar molecule (i negative hydrogen side and a positive charged oxygen side because of the share of electrons in a covalent bond) and oil has non-polar carbon and hydrogen bonds. water is only able to dissolve compounds that are polar. since oils have no polar ends water cannot dissolve it.
because it water and oil each of them has a negative charge and positive charge so they can't be mixed together.
immiscible oil and water copper and cobalt
immiscible - oil and water miscible - water and ethyl alcohol
Water and ethanol. Oil is immiscible with either of those.
Immiscible liquids do not mix with each other and don't form homogeneous mixtures. An example of this type of relationship is between water and oil (they separate)
Immiscible. When shaken an emulsion may form.
No, they are immiscible. I want to improve the answer: Though oil and water are immiscible normally but they can be made immiscible by use of suitable surfactants or better say emulsifying agents resulting in the formation of mixture of oil and water called as emulsion.
Water and olive oil are not miscible.
immiscible oil and water copper and cobalt
Yes, because water is polar and oil is non-polar. So they don't mix at the particle level, which is what immiscible means.
immiscible - oil and water miscible - water and ethyl alcohol
Immiscible means incapable of mixing, but you'd (you might) have to ask further incase there is a special solution called 'immiscible solution' of which its inability to mix is only one aspect of it.
Water has a polar molecule, while oil has a non-polar molecule. Because of this, oil and water are immiscible.
No. Under normal circumstances oil and water are immiscible (they will not mix)
Water and ethanol. Oil is immiscible with either of those.
oil and water are immiscible water and alcohol are miscible
Because they don't mix.
immiscible