a. Show that for the Lennard-Jones potential,
u_{LJ}(σ)=0 (9.7-6)
b. Show that the value of r at the minimum in the Lennard-Jones potential is
r_{min}=2^{1/6}σ=(1.12246)σ (9.7-7)
a. Show that for the Lennard-Jones potential,
u_{LJ}(σ)=0 (9.7-6)
b. Show that the value of r at the minimum in the Lennard-Jones potential is
r_{min}=2^{1/6}σ=(1.12246)σ (9.7-7)