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1/2 |--2-/ (15) ² obc 2лс (5.34) For diatomic molecules, these lines occur at around 10³ cm, which is in the infrared region. Equation 5.34 enables us to determine force constants if the fundamental vibrational frequency is known. For example, for HCl, is 2.886 × 10³ cm and so, according to Equation 5.34, the force constant of H³5Cl is obs

1/2 |--2-/ (15) ² obc 2лс (5.34) For diatomic molecules, these lines occur at around 10³ cm, which is in the infrared region. Equation 5.34 enables us to determine force constants if the fundamental vibrational frequency is known. For example, for HCl, is 2.886 × 10³ cm and so, according to Equation 5.34, the force constant of H³5Cl is obs

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1 (4) 2TC μ 1/2 (5.34) For diatomic molecules, these lines occur at around 10³ cm, which is in the infrared region. Equation 5.34 enables us to determine force constants if the fundamental vibrational frequency is known. For example, for HCl, is 2.886 × 10³ cm and so, according to Equation 5.34, the force constant of H³5Cl is obs
Transcribed Image Text:1 (4) 2TC μ 1/2 (5.34) For diatomic molecules, these lines occur at around 10³ cm, which is in the infrared region. Equation 5.34 enables us to determine force constants if the fundamental vibrational frequency is known. For example, for HCl, is 2.886 × 10³ cm and so, according to Equation 5.34, the force constant of H³5Cl is obs
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