1) Show that 0e (the fundamental frequency of vibration) for 23NaF is 536.10 cm. Given that...

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1) Show that 0e (the fundamental frequency of vibration) for 23NaF is 536.10 cm. Given that the anharmonicity constant Oexe i

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ist over tone =.we Cl-3xe 1 = абе — 65 exe = 2 x 536.1om — 6x 3. 3 м . . — To12. 2 os — 22 . qeo) — Тоня. 22 м obd over ton

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1) Show that 0e (the fundamental frequency of vibration) for 23NaF is 536.10 cm. Given that...

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1) Show that 0e (the fundamental frequency of vibration) for 23NaF is 536.10 cm. Given that...

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