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(a)
Interpretation:Presence of the permanent dipole moment should be identified from the given electrostatic diagram.
Concept Introduction:
Permanent dipole moment in a molecule is based on the difference in the electronegativity between the atoms in a covalent bond of the molecule. In a permanent dipole moment, there is net charge separation in the molecule.
Electrostatic diagram shows the charge distributions of molecule in three dimension way.
(b)
Interpretation:Presence of the permanent dipole moment should be identified from the given electrostatic diagram.
Concept Introduction:
Permanent dipole moment in a molecule is based on the difference in the electronegativity between the atoms in a covalent bond of the molecule. In a permanent dipole moment, there is net charge separation in the molecule.
Electrostatic diagram shows the charge distributions of molecule in three dimension way.
(c)
Interpretation:Presence of the permanent dipole moment should be identified from the given electrostatic diagram.
Concept Introduction:
Permanent dipole moment in a molecule is based on the difference in the electronegativity between the atoms in a covalent bond of the molecule. In a permanent dipole moment, there is net charge separation in the molecule.
Electrostatic diagram shows the charge distributions of molecule in three dimension way.
(d)
Interpretation:Presence of the permanent dipole moment should be identified from the given electrostatic diagram.
Concept Introduction:
Permanent dipole moment in a molecule is based on the difference in the electronegativity between the atoms in a covalent bond of the molecule. In a permanent dipole moment, there is net charge separation in the molecule.
Electrostatic diagram shows the charge distributions of molecule in three dimension way.
(e)
Interpretation:Presence of the permanent dipole moment should be identified from the given electrostatic diagram.
Concept Introduction:
Permanent dipole moment in a molecule is based on the difference in the electronegativity between the atoms in a covalent bond of the molecule. In a permanent dipole moment, there is net charge separation in the molecule.
Electrostatic diagram shows the charge distributions of molecule in three dimension way.
(f)
Interpretation:
Presence of the permanent dipole moment should be identified from the given electrostatic diagram.
Concept Introduction:
Permanent dipole moment in a molecule is based on the difference in the electronegativity between the atoms in a covalent bond of the molecule. In a permanent dipole moment, there is net charge separation in the molecule.
Electrostatic diagram shows the charge distributions of molecule in three dimension way.
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Chapter 13 Solutions
EBK CHEMICAL PRINCIPLES
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