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Review of Gas Laws and KMT

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Boyle's, Charles' Law and Kinetic Molecular Theory

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Review of Gas Laws and KMT

Boyle's, Charles' Law and Kinetic Molecular Theory

Rinhel Mojica
1

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Boyle's Law states that the pressure of gas is proportional to its volume when the temperature is held constant . It means that when pressure of gas increases , its volume will . If pressure is , the volume of gas will be reduced by half . The Boyle's Law equation is P1V1 = P2V2 .

Charles' Law states that the temperature of gas is proportional to its volume when the pressure is held constant . It means that when temperature of gas increases , its volume will . If temperature is doubled , the volume of gas will be . The Charles' Law equation is V1 / T1 = V2 / T2 .

Kinetic Molecular theory explains how the molecules gases behave . Gas molecules have spaces in between and are constantly moving in random direction but path . Energy of one gas molecule can be transferred to the next upon collision . This is called collision . Forces of attraction between gas particles are very . The average kinetic energy of gas particles is dependent on temperature . When temperature is high or hot , gas particles have kinetic energy and move very fast . When temperature is low or cold , gas particles have low kinetic energy and move very .