Q. Boyle's law is represented as

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Q. A graph between P and 1/V at constant temperature and number of moles of a gas meets the

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Q. A graph between P and PV at constant temperature and number of moles of a gas meets the

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Q. According to Boyle's law, following parameters give a straight line parallel to x-axis, when we plot a graph between

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Q. The graph between pressure and volume of a gas at constant temperature is

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Q. If absolute temperature of a gas is doubled and pressure is reduced to one half, the volume of gas will

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Q. The energies distribution among the molecules of gases was studied by

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Q. Higher the temperature of gases, greater the

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Q. The total kinetic energy of one mole of an ideal gas is given by

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Q. The average kinetic energy of the gas molecules is directly proportional to

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Q. 3 moles of a gas has kinetic energy

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Q. According to kinetic molecular theory, the molecules of gases have forces of attraction

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Q. At constant temperature, the kinetic energy of one mole of each H₂ and O₂ separately is

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Q. Kinetic molecular theory of gases was put forward by

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Q. The distribution of velocities among the molecules of gases was studied by

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Q. The attractive forces between non-polar molecules are

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Q. London dispersion forces are more significant in

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Q. The dispersive forces are more prominent when the size of atoms/molecules is

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Q. These are short-lived forces

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Q. Greater the number of atoms in a molecule, greater is its

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