1. If the potential energy function is expressed as U(r) =-- „12 a) Show that the inter-molecular distance r, for which the potential energy is 1/6 2B minimum is given by α b) Show that the inter-nuclear distance r for which the potential energy is zero is given by r. x (2)-/6. c) Show that the minimum potential energy is given by, Umin= 4B
1. If the potential energy function is expressed as U(r) =-- „12 a) Show that the inter-molecular distance r, for which the potential energy is 1/6 2B minimum is given by α b) Show that the inter-nuclear distance r for which the potential energy is zero is given by r. x (2)-/6. c) Show that the minimum potential energy is given by, Umin= 4B
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Transcribed Image Text:1. If the potential energy function is expressed as
a
U(r)
a) Show that the inter-molecular distance r, for which the potential energy is
1/6
2B
minimum is given by
a
b) Show that the inter-nuclear distance r for which the potential energy is zero is
given by r. × (2)-\/6.
a?
c) Show that the minimum potential energy is given by, Umin=--
4B
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