Briefly respond Evaluating an aspect of the post. For instance, did they adequately explain the solubility based on intermolecular attractions? Was anything missing from their explanation?Look at one of the other uses of ethylene glycol they indicated. Explain why this use is possible, based on the chemical properties: Ethylene glycol is a versatile compound that serves as the main ingredient in antifreeze and coolants, enabling engines to operate safely across a wide temperature range. It also serves as a feedstock in the production of plastics and fibers used in bottles, textiles, and packaging. A third use of Ethylene glycol is as a de-icing fluid for aircraft. This chemical uses its low freezing point to help keep surfaces ice-free during cold conditions. It is highly soluble in water because both molecules can form multiple hydrogen bonds. Its two -OH groups strongly interact with water molecules, replacing some of the water-water hydrogen bonding with equally strong water-glycol bonding. The dissolution process is mildly exothermic, since forming new hydrogen bonds releases more energy than is required to break the existing ones. It is low in volatility, with a boiling point of approximately 197 degrees Celsius and a very low vapor pressure at room temperature. This means it does not readily evaporate, making it safer for use in closed cooling systems. As a non-electrolyte solute, ethylene glycol lowers the freezing point and raises the boiling point of water