(a)
Interpretation:
The intermolecular interactions that operate in
Concept introduction:
There are three types of interactions through which the molecules are stabilized. They are hydrogen-bonding interactions, the dipole-dipole interactions and the induced dipole interactions. These interactions influence the properties of the compounds like boiling point, melting point and so on.
Answer to Problem 39E
The intermolecular interactions that operate in
Explanation of Solution
In all molecular substances, the intermolecular interactions exist. These interactions are induced dipole interactions, dipole-dipole interactions and hydrogen bonding.
The structure of
Figure 1
The molecule has electronegative atom
The intermolecular interactions that operate in
(b)
Interpretation:
The intermolecular interactions that operate in
Concept introduction:
There are three types of interactions through which the molecules are stabilized. They are hydrogen-bonding interactions, the dipole-dipole interactions and the induced dipole interactions. These interactions influence the properties of the compounds like boiling point, melting point and so on.
Answer to Problem 39E
The intermolecular interactions that operate in
Explanation of Solution
In all molecular substances, the intermolecular interactions exist. These interactions are induced dipole interactions, dipole-dipole interactions and hydrogen bonding.
The structure of
Figure 2
The molecule has electronegative atom
The intermolecular interactions that operate in
(c)
Interpretation:
The intermolecular interactions that operate in
Concept introduction:
There are three types of interactions through which the molecules are stabilized. They are hydrogen-bonding interactions, the dipole-dipole interactions and the induced dipole interactions. These interactions influence the properties of the compounds like boiling point, melting point and so on.
Answer to Problem 39E
The intermolecular interactions that operate in
Explanation of Solution
In all molecular substances, the intermolecular interactions exist. These interactions are induced dipole interactions, dipole-dipole interactions and hydrogen bonding.
The structure of
Figure 3
The molecule has electronegative atom
The intermolecular interactions that operate in
(d)
Interpretation:
The intermolecular interactions that operate in
Concept introduction:
There are three types of interactions through which the molecules are stabilized. They are hydrogen-bonding interactions, the dipole-dipole interactions and the induced dipole interactions. These interactions influence the properties of the compounds like boiling point, melting point and so on.
Answer to Problem 39E
The intermolecular interactions that operate in
Explanation of Solution
In all molecular substances, the intermolecular interactions exist. These interactions are induced dipole interactions, dipole-dipole interactions and hydrogen bonding.
The structure of
Figure 4
The molecule has electronegative atom
The intermolecular interactions that operate in
(e)
Interpretation:
The intermolecular interactions that operate in
Concept introduction:
There are three types of interactions through which the molecules are stabilized. They are hydrogen-bonding interactions, the dipole-dipole interactions and the induced dipole interactions. These interactions influence the properties of the compounds like boiling point, melting point and so on.
Answer to Problem 39E
The intermolecular interactions that operate in
Explanation of Solution
In all molecular substances, the intermolecular interactions exist. These interactions are induced dipole interactions, dipole-dipole interactions and hydrogen bonding.
The structure of
Figure 5
The molecule does not have any has electronegative atom. This means the polarity is not present in the molecule. This molecule can form bond with other molecule through the induced dipole interactions. Therefore, the dominant intermolecular interaction in this molecule is induced dipole interaction.
The intermolecular interactions that operate in
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Chapter 15 Solutions
Introductory Chemistry: An Active Learning Approach
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