Solid molecular hydrogen for H 2 one finds from measurements on the gas that the Lenard Jones parameters are 50 x 10 16 erg and 2 96 A Find the cohesive energy in kJ per mole of H 2 do the calculation for an icc structure Treat each H 2 molecule as a sphere The observed value of the cohesive energy is 0 751kJ mol, much less than we calculated thus, quantum corrections must be very important

Question: Solid molecular hydrogen for H 2 one finds from measurements on the gas that the Lenard-Jones parameters are = 50 x 10 -16 erg

Solid molecular hydrogen for H₂ one finds from measurements on the gas that the Lenard-Jones parameters are ε = 50 x 10^-16 erg and σ = 2.96 A. Find the cohesive energy in kJ per mole of H₂; do the calculation for an icc structure Treat each H₂ molecule as a sphere. The observed value of the cohesive energy is 0.751kJ/mol, much less than we calculated; thus, quantum corrections must be very important.

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