Two layers form and the two layers indicate immiscibility (lack of solubility).
Toluene being less denser is in upper part, over water.
toluene
No. Dichloromethane is far denser than water will be the bottom of the two layers when the two are mixed.
Aromatic hydrocarbons like toluene, ketones, paraffins, chlorinated hydrocarbons and turpentine.
These solutions are not miscible.
No, phenolphthalein remains colourless in the presence of an acid.
Each layer is a phase.
No. Dichloromethane is far denser than water will be the bottom of the two layers when the two are mixed.
Aromatic hydrocarbons like toluene, ketones, paraffins, chlorinated hydrocarbons and turpentine.
In the homosphere the concentration of gases remains the same throughout, and the gases are mixed, always in the same proportions. In the heterosphere the concentration of gases is different in different places, and the gases are typically in the form of layers, rather than mixed together.
water is more dense than ethyl acetate , so water remains on bottom and ethyl acetate on top when both mixed.
There shouldn't be layers in your bin. It should be all mixed up together.
A colloid or Emulsion, I don't recall witch~
immiscible
sedimenatary rock create layers in the surface of the earth and eruptions from volcanoes also make layers of the earth.
These solutions are not miscible.
easy bottom to top top to bottom
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When two substances mix, but separate with one on the bottom, and one on the top is known as a SUSPENSION mixture. An example of this is oil and water. When mixed, the water settles to the bottom, while the oil remains on top. This occurs because of the difference in density. The substance with a high density sinks to the bottom, while to less dense substance floats on the top.