no it is not possible period.
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.
No, it is hardly possible to filtrate one of the two fluids in an heterogeneous mixture. This can better be done by centifuging.
Allow the mixture to sit until the oil and water have separated. Then pour off the oil.
It is called immiscibility, where oil and water do not mix and form separate layers.
You can add a substance like dish soap or a detergent that can act as an emulsifier to help separate oil and water. Another method is to use a separatory funnel to pour the mixture into and allow the oil and water to naturally separate due to their different densities.
Yes, it is possible, if an ionic compound is dissolved in the liquid.
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.
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.
No, it is hardly possible to filtrate one of the two fluids in an heterogeneous mixture. This can better be done by centifuging.
put oil onit
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.
Allow the mixture to sit until the oil and water have separated. Then pour off the oil.
oil
No, fractional distillation is not effective in separating oil and water because they have very different boiling points. Oil has a higher boiling point than water, so they would not separate in a fractional distillation process. Instead, a process such as gravity separation or using a separating funnel would be more effective in separating oil and water.
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.