When ice cubes are poured into an earthen pot, several things can occur depending on various factors such as the temperature of the pot, the temperature of the ice, and the properties of the earthenware.
Absorption of water: Earthen pots are typically made of porous clay materials. When ice cubes are placed in the pot, the ice starts to melt due to the higher temperature of the surroundings. The melted water can be absorbed by the clay, especially if the pot is unglazed or has a rough surface. This absorption can cause the pot to become damp or even develop a layer of water on its outer surface.
Cooling effect: Earthenware is known for its ability to provide natural cooling. As the ice cubes melt, they absorb heat from the surrounding environment, including the pot itself. This leads to a cooling effect, and the water absorbed by the clay can further contribute to maintaining a lower temperature inside the pot.
Cracking or breakage: If the earthen pot is not designed to handle temperature variations or thermal shock, pouring ice cubes into it could potentially cause the pot to crack or break. This is more likely to happen if the pot is heated or if the ice is extremely cold. The sudden change in temperature can create stress within the clay, resulting in fractures.
It's important to note that the specific outcome can vary depending on the quality and construction of the earthen pot. Some earthen pots are designed to withstand thermal changes and are more resistant to cracking or breaking. Additionally, glazing or other protective coatings can reduce water absorption and make the pot less susceptible to damage.