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The polarity of a bond is measured by the values of the partial charge (8+ and &-) created. u is the dipole moment measured in Debye (D) -30 ( 1D = 3.336 x 100 Cm) q is the partial charge on the atoms e is the charge of an electron in C (coulomb) ris the bond length in m (metre) %3D = qxexr(C m) Example. HF has a dipole moment of 1.83 D and a bond length of 92 pm (92x10-12m) Calculate the value of q q= ul (exr) = 0.41

The polarity of a bond is measured by the values of the partial charge (8+ and &-) created. u is the dipole moment measured in Debye (D) -30 ( 1D = 3.336 x 100 Cm) q is the partial charge on the atoms e is the charge of an electron in C (coulomb) ris the bond length in m (metre) %3D = qxexr(C m) Example. HF has a dipole moment of 1.83 D and a bond length of 92 pm (92x10-12m) Calculate the value of q q= ul (exr) = 0.41

Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter3: Bonding: General Concepts
Section: Chapter Questions
Problem 140CWP
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(1D = 3.336 x 100 Cm) The polarity of a bond is measured by the values of the partial charge (8+ and &-) created, u is the dipole moment measured in Debye (D) %3D H = xe xr (C m) q is the partial charge on the atoms e is the charge of an electron in C (coulomb) ris the bond length in m (metre) Example. HF has a dipole moment of 1.83 D and a bond length of 92 pm (92x10-12m) Calculate the value of q q(e xr) = 0.41
Transcribed Image Text:(1D = 3.336 x 100 Cm) The polarity of a bond is measured by the values of the partial charge (8+ and &-) created, u is the dipole moment measured in Debye (D) %3D H = xe xr (C m) q is the partial charge on the atoms e is the charge of an electron in C (coulomb) ris the bond length in m (metre) Example. HF has a dipole moment of 1.83 D and a bond length of 92 pm (92x10-12m) Calculate the value of q q(e xr) = 0.41
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