The behaviour of gases has been experessed in terms of various gas laws obtained experimentally Boyle s law Charles law Pressure temperature law Dalton s law of partial pressure Graham's law of diffusion and Avogadro's hypothesis Later on Maxwell derived Kinetic equation `PV = (1)/(3) mnu^(2)` theoretically by assuming the concept of molecules and their motion The term u reprsents root mean square speed of molecule
The root mean square speed of a gas at `300K` is `sqrt3R` The molar mass of gas in `kg mol^(-1)` is .

The behaviour of gases has been experessed in terms of various gas laws obtained experimentally Boyle s law Charles law Pressure temperature law Dalton s law of partial pressure Graham's law of diffusion and Avogadro's hypothesis Later on Maxwell derived Kinetic equation PV = (1)/(3) mnu^(2) theoretically by assuming the concept of molecules and their motion The term u reprsents root mean square speed of molecule The u_(rms) of SO_(2) at 27^(@)C is .

The behaviour of gases has been experessed in terms of various gas laws obtained experimentally Boyle s law Charles law Pressure temperature law Dalton s law of partial pressure Graham's law of diffusion and Avogadro's hypothesis Later on Maxwell derived Kinetic equation PV = (1)/(3) mnu^(2) theoretically by assuming the concept of molecules and their motion The term u reprsents root mean square speed of molecule The average kinetic energy of 1.6g CH_(4) molecules at 27^(@)C is .

The behaviour of gases has been experessed in terms of various gas laws obtained experimentally Boyle s law Charles law Pressure temperature law Dalton s law of partial pressure Graham's law of diffusion and Avogadro's hypothesis Later on Maxwell derived Kinetic equation PV = (1)/(3) mnu^(2) theoretically by assuming the concept of molecules and their motion The term u reprsents root mean square speed of molecule The intercept of plots of log V vs log T curves at constant pressure P for 1 mole gas will be .

The behaviour of gases has been experessed in terms of various gas laws obtained experimentally Boyle s law Charles law Pressure temperature law Dalton s law of partial pressure Graham's law of diffusion and Avogadro's hypothesis Later on Maxwell derived Kinetic equation PV = (1)/(3) mnu^(2) theoretically by assuming the concept of molecules and their motion The term u reprsents root mean square speed of molecule If intermolecular forces vanishes among water molecules then volume occupied by 1.8g H_(2)o(l) at STP is .

Dalton's Law of Partial Pressure

The behaviour of gases has been experessed in terms of various gas laws obtained experimentally Boyle s law Charles law Pressure temperature law Dalton s law of partial pressure Graham's law of diffusion and Avogadro's hypothesis Later on Maxwell derived Kinetic equation PV = (1)/(3) mnu^(2) theoretically by assuming the concept of molecules and their motion The term u reprsents root mean square speed of molecule For one mole of an ideal gas ((deltaP)/(deltaT))_(V).((deltaV)/(deltaT))_(P).((deltaV)/(deltaP))_(T) equal to .

What is Dalton 's law of partial pressures ?

State Boyle s law and Charles law.