miscibility
Many liquids can mix with water, including alcohol, vinegar, juice, and milk. The ability of a liquid to mix with water depends on factors such as polarity and solubility.
Mixability of liquids refers to how well different liquids combine or mix together to form a homogeneous solution. Liquids that are easily mixable will blend well with each other, whereas liquids that are immiscible will not mix and form separate layers instead. Examples of easily mixable liquids are water and ethanol, while oil and water are examples of immiscible liquids.
If you want liquids that mix well, milk and water is a good mixture. Some muffin or waffle recipes use a mix of milk and water. Liquids that don't mix well are oil and water. The oil will sit on top of the water. In baking, you sometimes mix milk and oil or milk and lemon juice, and they don't mix well.
Gasses and Liquids do not simply "mix".
Because they are different liquids
These liquids are not miscible.
If you want liquids that mix well, milk and water is a good mixture. Some muffin or waffle recipes use a mix of milk and water. Liquids that don't mix well are oil and water. The oil will sit on top of the water. In baking, you sometimes mix milk and oil or milk and lemon juice, and they don't mix well.
Oil and water are two liquids that do not mix because they have different chemical properties. Oil is non-polar, while water is polar, so they do not easily dissolve into each other.
Examples of liquids that mix completely include water and ethanol, as well as acetone and methanol. These liquids form a homogeneous mixture with no visible boundaries between the components.
Immiscible liquids are liquids that do not mix together to form a homogeneous solution. Instead, they separate into distinct layers when combined. An example is oil and water, which do not mix due to differences in polarity and intermolecular forces.
Low density liquids have properties such as being less dense than water, having low viscosity, and being less likely to mix with other liquids. They are commonly used in applications such as insulation, flotation devices, and lubricants due to their ability to float on water and reduce friction.
Almost any oil and water do not mix. Immiscible is the word