How is interconversion of matter dependant on Temperature and Pressure?
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When a gas (or vapors) is cooled by lowering the temperature, the kinetic energy of its constituent particles decreases due to which the particles start moving slowly. On further lowering the temperature, the attractive forces pull the particles close together and the gas (or vapors) condenses to liquid.
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Explanation:
When a gas (or vapors) is cooled by lowering the temperature, the kinetic energy of its constituent particles decreases due to which the particles start moving slowly. On further lowering the temperature, the attractive forces pull the particles close together and the gas (or vapors) condenses to liquid.
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