well idgaf
yes
A layer of oil can be used to prevent water evaporation by creating a barrier on the water's surface. This barrier reduces the rate at which water molecules can escape into the air, effectively slowing down the process of evaporation.
Evaporation.
Water evaporation is a physical process.
The sources for evaporation of water are:1. Water bodies.2. Plants.The transpiration from plants helps in evaporation.
An oil reduce evaporation.
yes
A layer of oil can be used to prevent water evaporation by creating a barrier on the water's surface. This barrier reduces the rate at which water molecules can escape into the air, effectively slowing down the process of evaporation.
Yes, oil can affect the rate of evaporation by creating a barrier on the surface of water, reducing the rate at which water molecules can escape into the air. This barrier can slow down evaporation by blocking the exchange of water molecules between the liquid and gas phases.
this is because it does not decompose by heating
Oil evaporates very slowly. Oil doesn't mix with water, and most oils are less dense than water. So oil floats on top of water, and usually makes a very thin layer, covering all the water you have, or else it spreads out until the oil layer is just one or two molecules thick and you run out of oil. When the oil is covering the water, it prevents water molecules from evaporating, just like putting a lid on a jar.
After the evaporation of a salted water salt remain as a solid residue.
A bit of oil on the surface reduce water evaporation.
It is more simple to use a separation funnel.
Oil varies considerably in density. Some oil is so thick that it sinks in water. However, it is very uncommon for an oil well to produce very heavy oil. A light oil will have higher rates of evaporation, which means that some of the oil will be lost due to evaporation when it is on the surface. For evaporation, the density or really the composition of the oil is an important factor. Water temperature, air temperature, hours of sunlight, and wave action are additional factors. Loss by evaporation was considerably higher in the BP oil spill than in the Alaskan oil spill (Exxon-Valdez spill). Note that the Alaskan spill, the oil was low density. BP used controlled burns to destroy some of the oil. If the oil was heavier and there was more wave action, this might not have been possible.
1. Separation of table salt from ocean water by evaporation of water; sodium chloride remain as a crystallized solid.2. Separation of oil from water: two phases are formed. The oil from the surface can be separated and collected with the help of a separation funnel.
Evaporation.