The type of molecular forces of attraction present in the following compound is
- AIntermolecular $H$-bonding
- BIntramolecular $H$-bonding
- Cvan der Waals' force
- Dall of these
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Similar Questions
Compound $X$ is the anhydride of sulphuric acid. The number of $\sigma$ bonds and the number of $\pi$ bonds present in $X$ are respectively:
Medium
View SolutionMatch the following:
List-$I$ (Bond) List-$II$ (Bond enthalpy in $kJ \ mol^{-1}$) $(A)$ $Si-Si$ $(I)$ $240$ $(B)$ $C-C$ $(II)$ $297$ $(C)$ $Sn-Sn$ $(III)$ $348$ $(D)$ $Ge-Ge$ $(IV)$ $260$
| List-$I$ (Bond) | List-$II$ (Bond enthalpy in $kJ \ mol^{-1}$) |
|---|---|
| $(A)$ $Si-Si$ | $(I)$ $240$ |
| $(B)$ $C-C$ | $(II)$ $297$ |
| $(C)$ $Sn-Sn$ | $(III)$ $348$ |
| $(D)$ $Ge-Ge$ | $(IV)$ $260$ |
Number of $S-S$ bonds in $H_2S_nO_6$ is:
Medium
View SolutionMatch the scientists given in List-$I$ with their discoveries given in List-$II$. List-$I$ List-$II$ $(1)$ Kossel and Lewis $(A)$ $VSEPR$ $(2)$ Langmuir $(B)$ Molecular Orbital Theory $(3)$ Sidgwick and Powell $(C)$ Covalent Bond $(4)$ Heitler and London $(D)$ Octet Rule $(5)$ $F$. Hund and Mulliken $(E)$ Valence Bond Theory
| List-$I$ | List-$II$ |
| $(1)$ Kossel and Lewis | $(A)$ $VSEPR$ |
| $(2)$ Langmuir | $(B)$ Molecular Orbital Theory |
| $(3)$ Sidgwick and Powell | $(C)$ Covalent Bond |
| $(4)$ Heitler and London | $(D)$ Octet Rule |
| $(5)$ $F$. Hund and Mulliken | $(E)$ Valence Bond Theory |
Easy
View SolutionWhich of the following fluoro compounds acts as a Lewis base?
Medium
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