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In general boiling point of covalent co...

In general boiling point of covalent compounds is affect due to increasing molecular weight and hydrogen bonding. Thus it is obversed that the boiling point of octanol is greater that water while that of methanol is lesser than water. The other properties which are considerably affected due to hydrogen bond formation are acidic nature, melting point, anamalous behaviour of water below `4^(@)C`., It is therefore concluded that hydrogen bonding palys a vutal role in explaning many observable facts.
Q. Which of the following statements is true?

A

The lattice structure of ice involves true covalent bond

B

The lattice structure of ice is the result of dipole-dipole interaction

C

The lattice structure of ice is the result of intra and inter-molecular hydrogen bond formation

D

The lattice structure of ice is only due to inter-molecular hydrogen bonding

Text Solution

Verified by Experts

The correct Answer is:
D
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  2. In general boiling point of covalent compounds is affect due to incre...

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  3. In general boiling point of covalent compounds is affect due to incre...

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  4. In general boiling point of covalent compounds is affect due to incre...

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  6. The molecule in which an atom is associated with more than 8 electrons...

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  7. The molecule in which an atom is associated with more than 8 electrons...

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  8. Colour of compounds occurs due to phenomenon of polarisation, charge t...

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  9. Colour of compounds occurs due to phenomenon of polarisation, charge t...

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  10. Colour of compounds occurs due to phenomenon of polarisation, charge t...

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  11. Hydrogen bond is the given to the relatively weak secondry interaction...

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  12. Hydrogen bond is the given to the relatively weak secondry interaction...

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  13. The intermolecular forces of attraction (i.e., H-bonding and van der w...

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  14. The intermolecular forces of attraction (i.e., H-bonding and van der w...

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  15. The intermolecular forces of attraction (i.e., H-bonding and van der w...

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  16. There are five species P, Q, R, S and T. Spectroscopical analysis show...

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  17. There are five species P, Q, R, S and T. Spectroscopical analysis show...

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  18. There are five species P, Q, R, S and T. Spectroscopical analysis show...

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  19. In all expected compounds each central atom only uses its s and p-orbi...

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  20. In all expected compounds each central atom only uses its s and p-orbi...

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