Find an expression for the value of n of a particle of mass m in a one-dimensional box of length L such that the separation between neighbouring levels is equal to the mean energy of thermal motion (1/2kT). Calculate the value of n for the case of a helium atom in a box of length 1 cm at 298 K.
Find an expression for the value of n of a particle of mass m in a one-dimensional box of length L such that the separation between neighbouring levels is equal to the mean energy of thermal motion (1/2kT). Calculate the value of n for the case of a helium atom in a box of length 1 cm at 298 K.
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Find an expression for the value of n of a particle of mass m in a one-dimensional box of length L such that the separation between neighbouring levels is equal to the mean energy of thermal motion (1/2kT). Calculate the value of n for the case of a helium atom in a box of length 1 cm at 298 K.
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