the stuff in between the water and the oil after it separates is the still mixed oil and water. i did this for a science project and it stayed that way for 6 days!! the stuff in between the water and the oil after it separates is the still mixed oil and water. i did this for a science project and it stayed that way for 6 days!!
An example is water plus oil.
False. By definition, a solution is a homogeneous mixture, that is to say, everywhere in it its properties are the same (one phase only). An example is a non saturated mixture of salt and water.The opposite is a heterogeneous mixture, where there are regions (phases) of different characteristics. An example is a mixture of oil and water.
Salt water and oil are not a homogeneous mixture because they do not blend together uniformly. Oil is hydrophobic and does not mix with water, causing it to form distinct layers when combined. Salt water, on the other hand, is a homogeneous mixture because salt dissolves completely in water, resulting in a uniform solution.
Oil and water is an example of a mixture because they do not chemically react with each other. Instead, they form a heterogeneous mixture where the two substances remain separate due to differences in their properties, such as polarity and density. This makes it easy to see the two distinct phases in the mixture.
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
a solution to a maths problem. a mixture of reasons Root beer is a solution Mixture is variable composition can either be homogenous or heterogenous. Solution is a homogenous mixture Root beer is an example
It is neither, it is an element
1- An element: Gold (Au) is an example of an element with a unique set of properties and consisting of only one type of atom. 2- A mixture: Trail mix is an example of a mixture, which is a combination of different nuts, seeds, and dried fruits. 3- A solution: Saltwater is an example of a solution, where salt (solute) is dissolved in water (solvent) to form a homogeneous mixture.
It is neither, it is an element
No, oil and water in a beaker would not be classified as a solution. Oil and water are immiscible, meaning they do not mix together to form a homogeneous solution. Instead, they separate into distinct layers due to differences in polarity.
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.
An example is water plus oil.
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.
No, a mixture of oil and vinegar is not a solution. Solutions are homogeneous mixtures where one substance dissolves in another, while oil and vinegar will typically separate into distinct layers due to their different polarities.
False. By definition, a solution is a homogeneous mixture, that is to say, everywhere in it its properties are the same (one phase only). An example is a non saturated mixture of salt and water.The opposite is a heterogeneous mixture, where there are regions (phases) of different characteristics. An example is a mixture of oil and water.
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.
there is no such thing as a heterogeneous solution because a solution is a HOMOgeneous mixture, where there is a uniform appearance, the exact opposite of a HETEROgeneous mixture where the mixture does NOT have a uniform apearance (you can see different parts in the mixture, e.g. oil and water)