Creating an environment that mimics the air pressure of Mount Everest in a house is technically possible but not a practical or common application. Mount Everest is located at a high altitude where the air pressure is significantly lower than at sea level. The air pressure at the summit of Mount Everest is about 1/3rd of the air pressure at sea level.
To replicate the air pressure of Mount Everest in a house, you would need a specialized system that can reduce the air pressure inside the house to match the conditions at that altitude. This typically involves the use of a vacuum pump or similar technology to lower the air pressure. However, it is important to note that maintaining such low air pressure in a residential setting presents several challenges and potential health risks.
Regarding the house temperature, mimicking the temperature of Mount Everest would not occur automatically with changes in air pressure. The temperature at high altitudes like Mount Everest is generally much colder due to various factors, such as reduced atmospheric pressure, lower oxygen and moisture content, and the influence of weather patterns specific to that region. To replicate the temperature conditions of Mount Everest, you would need to have a specialized climate control system capable of cooling the air to the desired temperature.
Overall, creating an environment in a house that accurately replicates the air pressure and temperature of Mount Everest is technically feasible but not practical or commonly done. It would require specialized systems, significant modifications to the house, and careful consideration of potential health risks and comfort factors.