No. Oil and water would form a heterogeneous mixture. A solution is a homogeneous mixture.
No, oil would not be soluble to create the solution without some type of emulsifier.
Examples of a mixture is oil and water, element is copper and a solution is salt and water.
A concentrated solution can be weakened by adding more of the solution material (usually water) to dilute it.
Typically, water will dilute a solution. However, that said, it also depends what you're adding the water to, ex. adding water to oil won't dilute in the same ways.
The initial choice is the only one that will readily make a solution.
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
No. Oil and water would form a heterogeneous mixture. A solution is a homogeneous mixture.
The oil is an apolar solution while the water is a polar solution. Apolar and polar solutions dont like to mix.
It is neither, it is an element
Add water to the solution
It is neither, it is an element
LN2 other know as liquid nitrogen is a solution that can make water hard
oil and vinegar do not form a solution, oil does not disolve in vinegar, which is approximately 95% water.
Try a solution of Murphy's Oil Soap and water.
No cooking oil and water is NOT a solution it is a mixture. When you put cooking oil and water in the same bowl or cup in less than a minute the two will separate into two layers of liquids.
Yes water and vinegar form a stable solution.