Self-test 16.2 A CH₂Cl molecule has a C-Cl bond length of 178 pm, a C-H bond length of 111 pm, and an HCH angle of 110.5°. Calculate its rotational energy terms. [F(J, K)/cm¹ = 0.444J (J + 1) + 4.58K²; also F(J, K)/GHz = 13.3J (J + 1) + 137K²]

Self-test 16.2 A CH₂Cl molecule has a C-Cl bond length of 178 pm, a C-H bond length of 111 pm, and an HCH angle of 110.5°. Calculate its rotational energy terms. [F(J, K)/cm¹ = 0.444J (J + 1) + 4.58K²; also F(J, K)/GHz = 13.3J (J + 1) + 137K²]

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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Question

Self-test 16.2 A CH335Cl molecule has a C-Cl bond length of 178 pm, a
C-H bond length of 111 pm, and an HCH angle of 110.5°. Calculate its
rotational energy terms.
[F(J, K)/cm¹ = 0.444J (J + 1) + 4.58K²;
also F(J, K)/GHz = 13.3J (J + 1) + 137K²]

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