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The evrage kinetic energy of molecules in a gas at temperature T is `1.5 KT`find the temperature at which the average kinetic energy of the molecules of hydrogen equals the binding energy of its atoms will hydrogen remain in molecles form at this temperature ? Take `h = 8.62xx 10^(-6) eVK^(-1)`

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The average kinetic energy of molecules in a gas at temperature T is 1.5 KT find the temperature at which the average kinetic energy of the molecules of hydrogen equals the binding energy of its atoms will hydrogen remain in molecles form at this temperature ? Take k = 8.62xx 10^(-5) eVK^(-1)

The avrage kinetic energy of molecules in a gas at temperature T is 1.5 KT find the temperature at which the average kinetic energy of the molecules of hydrogen equals the binding energy of its atoms will hydrogen remain in molecles form at this temperature ? Take k = 8.62xx 10^(-5) eVK^(-1)

The average kinetic energy of a molecule of a gas at absolute temperature T is proportional to

The average kinetic energy of a molecule of a gas at absolute temperature T is proportional to

The average kinetic energy per mole of hydrogen at given temperature is

The average kinetic energy per mole of hydrogen at given temperature is

Find the temperature at which the average kinetic energy of the molecule of hydrogen equals the binding energy of its electron in ground state, assuming average kinetic energy of hydrogen gas molecule =(3)/(2) kT .

Find the temperature at which the average kinetic energy of the molecule of hydrogen equals the binding energy of its electron in ground state, assuming average kinetic energy of hydrogen gas molecule =(3)/(2) kT .