How does temperature affect pressure
Answers
Answer:
When an increase in temperature occurs, the molecules' kinetic energy also increases. This increase in temperature allows the molecules to gain kinetic energy and overcome the intermolecular forces, resulting in the vaporization of the substance.
Answer:
temperature is the expose of thermal energy. It is a measure of the kinetic energy of the particles in any object. All particles made with molecules are in constant motion. Because of the movement, they have kinetic energy. That particle moves fast; they gain more kinetic energy.
and pressure are two independent variables. But in some cases, they are directly related. Kinetic energy works for both open and closed spaces. In open spaces, the molecules get more energy to travel fast further from each other.
But in an enclosed space, the particles press a force against the enclosure, which is directly proportional to the temperature. This force of particles is called pressure. So temperature is directly proportional to pressure.
As they have a proportional relation, so if the temperature is high, the pressure will be low. And if the temperature is the law, then the pressure will be high.