The crystal of neon has a FCC structure. The total energy of the crystal has been measured as -1.88kJ/mol, and the lattice parameter a is 4.466Å. Assuming that we only need to consider nearest-neighbor interactions and the bonding can be described by the Lennard-Jones (L-J) potential: V₁ (r) = 4ɛ| 20-[-] Use the data to obtain the numeric values for the parameters & and o in the L-J potential of the neon crystal.
The crystal of neon has a FCC structure. The total energy of the crystal has been measured as -1.88kJ/mol, and the lattice parameter a is 4.466Å. Assuming that we only need to consider nearest-neighbor interactions and the bonding can be described by the Lennard-Jones (L-J) potential: V₁ (r) = 4ɛ| 20-[-] Use the data to obtain the numeric values for the parameters & and o in the L-J potential of the neon crystal.
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![Problem 1
The crystal of neon has a FCC structure. The total energy of the crystal has been measured as
-1.88kJ/mol, and the lattice parameter a is 4.466Å. Assuming that we only need to consider
nearest-neighbor interactions and the bonding can be described by the Lennard-Jones (L-J)
potential:
12
V₂()=4[*]
V₁j (r) = 4ε|
Use the data to obtain the numeric values for the parameters & and in the L-J potential of the
neon crystal.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F873729c3-3f5c-403b-b7be-0edf8bcf0356%2F6e7bfab0-18a5-43e6-a2a6-f8607f7880c9%2Fg2ii4f_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 1
The crystal of neon has a FCC structure. The total energy of the crystal has been measured as
-1.88kJ/mol, and the lattice parameter a is 4.466Å. Assuming that we only need to consider
nearest-neighbor interactions and the bonding can be described by the Lennard-Jones (L-J)
potential:
12
V₂()=4[*]
V₁j (r) = 4ε|
Use the data to obtain the numeric values for the parameters & and in the L-J potential of the
neon crystal.
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