we can separate the mixtures by use of separating funnel in which the denser liquid goes off through the funnel.i.e.,water goes off first ,simply because it is denser than oil,followed by the denser liquid and finally the less dense liquid can be sopped in the separating funnel and collected in a different container.
NB;when collecting each of the liquids,a separate container should be used.
Because oil is heavy-er than water so the water will go to the bottom and while the oil sits on top
Yes as The amount of emulsifier in the mixture of water and oil is increased the time taken for the oil and water to separate is increased.
Distillation.
As the amount of emulsifier increases the time taken for the mixture of oil and water to separate will also increase. It is directly proportional.
Allow the mixture to sit until the oil and water have separated. Then pour off the oil.
As the amount of emulsifier increases the time taken for the mixture of oil and water to separate will also increase. It is directly proportional.
The only solution is distillation.
One method to separate oil and water using a machine is by employing a centrifuge. The centrifuge spins the mixture at high speeds, causing the oil and water to separate due to their different densities. The separated layers can then be collected and extracted individually.
It will separate and the oil will float to the top, as it is lighter than water.
A mixture of oil and water is heterogeneous. Oil naturally separates from water and they can be separated by skimming the surface off the water.
the answer is extraction. represent
The most simple methods are decantation and filtration.
Kerosene is an oil therefore it will not mix well with water. The mixture should separate itself when settled. Then you can spoon or siphon the oil off the top of the water. These substances also freeze and boil at different temperatures so that can also be used as a method to separate them.