Prove that (V) / R must be nonnegative at R = Re; that is, (V) cannot be

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Prove that ˆ‚(V) / ˆ‚R must be nonnegative at R = Re; that is, (V) cannot be increasing with decreasing R as we go through the minimum in the U® curve (Fig. 14.1). State and prove the corresponding theorem for (Tel).
Prove that ˆ‚(V) / ˆ‚R must be nonnegative at R
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Quantum Chemistry

ISBN: 978-0321803450

7th edition

Authors: Ira N. Levine

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