Rate of Evaporation of Different Compounds
- Water
- Glycerol
- Style Alcohol
- Sorghum Ether

Explanation:

Water:
Water has the highest rate of evaporation among the given compounds. This is because water molecules have a low molecular weight and are held together by relatively weak intermolecular forces. This allows them to escape into the air more easily, leading to a faster rate of evaporation.

Glycerol:
Glycerol has a slower rate of evaporation compared to water. Glycerol molecules are larger and heavier than water molecules, and they are also held together by stronger intermolecular forces. These factors make it more difficult for glycerol molecules to escape into the air, resulting in a slower rate of evaporation.

Style Alcohol:
Style alcohol falls between water and glycerol in terms of rate of evaporation. Style alcohol molecules are smaller and lighter than glycerol molecules, but they are still larger and heavier than water molecules. The intermolecular forces in style alcohol are weaker than those in glycerol but stronger than those in water, leading to a moderate rate of evaporation.

Sorghum Ether:
Sorghum ether has the slowest rate of evaporation among the given compounds. Sorghum ether molecules are larger and heavier than those of style alcohol, and they are held together by stronger intermolecular forces. These factors make it the most difficult for sorghum ether molecules to escape into the air, resulting in the slowest rate of evaporation.