No. Oil will dissolve in fatty (hydrophobic) liquids, not in hydrophilics like water.
oil does not dissolve at all in water.
No, lubricating oil does not dissolve in water. Because water is very polar and lubricating oil is nonpolar, it is not energetically favorable for oil to dissolve in water. The reasoning behind this is that water's strong hydrogen bonds must be broken in order for the oil to dissolve, and because only weaker bonds are formed in the process, it takes too much energy for this process to occur.
I don't know what these samples are of, but somethings just dissolve in oil but not in water. That's one of the properties they have.
Substances that are polar or ionic, such as salt, sugar, and acids, will dissolve in distilled water. Nonpolar substances, such as oil, will not dissolve in water.
since its non-polar and "like dissolves like" it will take a long time, the amount of time, not sure.
Salad oil is a nonpolar substance, while water is a polar substance. Nonpolar substances like oil do not mix well with polar substances like water because of differences in their molecular structures. This causes oil and water to separate rather than dissolve into each other.
Oil does not dissolve in water. It stays there forever and ever. I'm sure everybody has done the shaking of the salad dressing thing, but it still comes back on top. That is the closest oil becomes to dissolving in water :P
No, kerosene oil does not dissolve in water because it is a nonpolar substance. Water is a polar solvent and cannot easily mix or dissolve nonpolar substances like kerosene oil.
oil does not dissolve at all in water.
the density of oil is more than the water.so,they will never dissolve with each other, rather the oil will float over the water.
Yes, a heterogeneous mixture is one in which the components are not uniformly distributed, like oil and vinegar. An example of a heterogeneous mixture is oil and vinegar salad dressing. Another example is sand and water, where the sand particles do not dissolve in the water.
Oil
oil
oil... xpp
insoluble.
No, lubricating oil does not dissolve in water. Because water is very polar and lubricating oil is nonpolar, it is not energetically favorable for oil to dissolve in water. The reasoning behind this is that water's strong hydrogen bonds must be broken in order for the oil to dissolve, and because only weaker bonds are formed in the process, it takes too much energy for this process to occur.
I don't know what these samples are of, but somethings just dissolve in oil but not in water. That's one of the properties they have.