Unfortunately there is no standard answer to this question. It depends on the viscosity of the oil, which depends on two things: the type of oil used, and the temperature of the oil, which at higher temperatures lowers the viscosity.
Unfortunately there is no standard answer to this question. It depends on the viscosity of the oil, which depends on two things: the type of oil used, and the temperature of the oil, which at higher temperatures lowers the viscosity.
First, use a funnel to separate the sand and sugar from the oil and water mixture. Then, you can use a separation technique such as decantation or centrifugation to separate the oil from the water. Finally, you can use a process like distillation or filtration to separate the oil from the water.
since its non-polar and "like dissolves like" it will take a long time, the amount of time, not sure.
No. That is why oil and water separate.
Oil and water separate because oil will float to the top and water will sink to the bottom. The reason oil wil float to the top because oil is non polar while water is compound polar. Separation by decantation and filtration.Separation by decantation and filtration.
Yes, it is possible to separate oil from water using a method called electrocoagulation. In this process, an electrical current is applied to the mixture, causing the oil droplets to coagulate and separate from the water. The separated oil can then be skimmed off the surface.
No, you cannot separate oil from water using a spoon. Oil and water do not mix, so they will not combine easily. To separate them, you can use a method like allowing them to settle and then manually removing the oil layer with a tool like a pipette.
put oil onit
Allow the mixture to sit until the oil and water have separated. Then pour off the oil.
oil
Because the oil is less dense then the water.
Motor oil is insoluble in water and it is denser in water. Therefore, motor oil will not mix with water. It will remain separate.