When water is mixed with petrol and stirred, the two liquids do not form a homogeneous mixture due to their differing polarities; water is polar while petrol is non-polar. As a result, water and petrol will separate into distinct layers, with water settling at the bottom since it is denser than petrol. Any agitation will temporarily disperse the two, but they will quickly revert to separate layers once the stirring stops.
When water is mixed with ethanol blended petrol, it can lead to phase separation, where the water and ethanol form a distinct layer separate from the petrol. This occurs because ethanol is hygroscopic and can absorb water, but when the concentration of water exceeds a certain limit, it can no longer stay dissolved in the ethanol. This separation can affect the fuel's combustion properties, lead to engine performance issues, and cause corrosion in fuel systems. Additionally, water in the fuel can result in reduced efficiency and potential engine damage.
Potassium permanganate dissolves very quickly in water and forms a purple solution. The dissolution process happens rapidly and may not be easily observed, especially if the solution is stirred or agitated.
Yes, they can be homogeneously mixed ('one layer' fluid) in each random ratio, but not with water.
When a jar of water with dust and dirt has been stirred and then left undisturbed for a few days, the dust and dirt will settle to the bottom of the jar. Leaving in an undisturbed state will cause the water to separate from the heavy debris that settles on the bottom of the jar.
Any reaction occur.
Petrol and water do not mix well as petrol is hydrophobic and repels water. When mixed and stirred, the two liquids will separate into distinct layers with petrol forming the upper layer due to its lower density.
Petrol and water do not mix as they have different densities and chemical properties. The two liquids will separate into distinct layers, with the petrol floating above the water due to its lower density. It is not a safe practice as mixing them can pose a fire hazard.
it becomes a soap
It dissolves.
No, it is not possible; also octane is not soluble in water !
They get mixed up. But consider a bucket of gravel - all the sized are mixed up, but can be simply sorted again if one wishes. But once they are subject to chemical action - by adding cement and water - we now have concrete. From which is much more difficult to separate the constituents.
they will separate
Oil and water do not mix, however, when they are stirred or mixed thoroughly the particles of oil will become too small to see.
nothing happens
Water,which is havier than petrol,slips down permiting the patrol to rise to the surface. & therefore cant be mixed. this is also a reason due to which petrol fire cant be extingueshed by water.
you get salty sand water
BOOM!