No. The oil should drain off of the water. Water and oil don't mix, so there would be no contamination. If there is something else mixed with the oil, though, it can possibly mix with the water.
No, oil does not pour faster than water
reversible
Objects/substances that are more dense sink relative to objects/substances that are less dense. Pour the oil and water into the one container contemporaneously. Then wait. The less dense substance will rise to the top.
In the water. If you put oil and water in a container together, the oil will float on top of the water. This shows that the water is more dense than the oil. An object floats when it is less dense than the liquid by displacing the liquid. Water has a density of about 1 gram per cubic centimeter. Cooking oil has a density of about 0.92 grams per cc. So if you were to drop an object with a density of, say, 0.95 g/cc into the oil, it would sink. The same object would float in water.
Upon heating, vegetable oil will first become less viscous (less thick and more runny) as it is heated, and eventually, if heated hot enough it will smoke and then burn.
No, oil does not pour faster than water
No, it is not. Oil and water do not mix. If you pour oil into water, the oil will float to the surface. If you pour water into oil, the water will sink to the bottom and the oil will float on top.
No.all liquids are not solvent water is only universal solvent if you take a cup of water and then pour some oil on it you can observe it is not a solvent
Allow the mixture to sit until the oil and water have separated. Then pour off the oil.
Yes, because water is heavier than oil.
Boiling water or boiling oil
Oil is not soluble in water. That's why two layers form when you pour oil onto water - the top layer being oil (it is less dense than water)
Oil is less dense than water. Therefore, equal volumes of water and oil will not have the same mass. You can prove this by weighing each. The cup of oil will weigh less.
First pour the water.
Since oil will float on top of water, we can assume that the weight (or mass) of water is greater than that of oil.
Pour the oil and sand in a glass of water. The sand will sink to the bottom, and the oil will float to the top of the water.
It also depends on the temperature of the water For Example: If the water is at a bearable temperature such as at 65 degrees for the highest then all that might be heard is a sizzle and then the oil will calm and boil together with the water. You might get one or two oil droplets splashing when you pour it if you're lucky. A good way to reduce the splashing back of oil when boiling it is just by adding a little water. Still expect a little droplets. On the other hand if the water is at let us say 87 degrees. Then expect oil droplet particles mixed with water droplets particles to rebound after you pour. It also depends at the speed you pour it and the amounts of oil you pour. The faster one's pours the oil the more the oil rebounds. The more water there is, is the less the oil rebounds. ALSO if you pour more oil than there is water then expect minimum oil droplets rebounds. But when the oil is more than the water or even close to being equal amount and the water is extremely hot then there shall be oil rebounds and after a few seconds (around 12 seconds) the rebounds shall cease and the water and oil shall boil together as one. Written by: Stephan Joseph