Why does the vegetable cook with difficulty at hill stations?

Hint: Cooking meals at higher altitudes, such as mountains, is challenging. Lower air pressure and, as a result, a lower boiling point are associated with higher elevations. As a result of the lower boiling point of water at higher altitudes, meals must be cooked for longer periods of time.

Complete answer:
Water's boiling point is determined by the pressure exerted on its surface. It rises with increasing pressure and falls with decreasing pressure. Foods prepared by boiling or simmering will cook at a lower temperature and take longer to cook at higher elevations because water boils at a lower temperature.

Low humidity is common in high-altitude areas, which can cause moisture in meals to evaporate more quickly when cooking. And because atmospheric pressure is lower at higher elevations, water boils at temperatures below \[{100^ \circ }C\] . As a result, in hill locations, there isn't enough heat to cook the vegetables.

Additional information: As we climb higher in altitude, your pressure drops. The total weight of the air above a unit area at any elevation can be read as pressure at any elevation. There are fewer air molecules over a given surface at higher heights than there are at lower elevations.

Note: The term "atmospheric" refers to a pressure of \[1\,atm = 76\,mm\] of mercury.The amount of a gas molecule in the air reduces as altitude rises, and the air becomes less dense than air closer to the sea. Cooking food in a pressure cooker at a higher altitude is recommended since food cooks faster.