The fundamental vibrational frequency (v) of the diatomic molecule H7⁹Br is 7.67 x 10¹3 Hz. Assume the molecule is a harmonic oscillator. What is the zero-point energy of H¹Br in cm-¹ ? A. 173 cm-¹ B. 1278 cm-¹ C. 5300 cm-¹ D. 8128 cm-¹ E. 10260 cm-¹

The fundamental vibrational frequency (v) of the diatomic molecule H7⁹Br is 7.67 x 10¹3 Hz. Assume the molecule is a harmonic oscillator. What is the zero-point energy of H¹Br in cm-¹ ? A. 173 cm-¹ B. 1278 cm-¹ C. 5300 cm-¹ D. 8128 cm-¹ E. 10260 cm-¹

Chemistry

10th Edition

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Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

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Question

The fundamental vibrational frequency (v) of the diatomic molecule H¹⁹Br is 7.67 ×
10¹3 Hz. Assume the molecule is a harmonic oscillator. What is the zero-point energy of H7⁹Br
in cm-¹ ?
A. 173 cm-¹
B. 1278 cm-¹
C. 5300 cm-¹
D. 8128 cm-¹
E. 10260 cm-¹

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