Match the following types of hydrides in List-$I$ with their examples in List-$II$.
List-$I$ (Type of hydride) List-$II$ (Example) $(A)$ Electron precise $(i)$ $SiH_4$ $(B)$ Saline $(ii)$ $H_2O$ $(C)$ Electron deficient $(iii)$ $MgH_2$ $(D)$ Electron rich $(iv)$ $B_2H_6$
| List-$I$ (Type of hydride) | List-$II$ (Example) |
|---|---|
| $(A)$ Electron precise | $(i)$ $SiH_4$ |
| $(B)$ Saline | $(ii)$ $H_2O$ |
| $(C)$ Electron deficient | $(iii)$ $MgH_2$ |
| $(D)$ Electron rich | $(iv)$ $B_2H_6$ |
- A$A-(ii), B-(iii), C-(i), D-(iv)$
- B$A-(i), B-(iii), C-(iv), D-(ii)$
- C$A-(iv), B-(ii), C-(iii), D-(i)$
- D$A-(ii), B-(i), C-(iv), D-(iii)$
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Comment on the reactions of dihydrogen with $(i)$ chlorine,$(ii)$ sodium,and $(iii)$ copper $(II)$ oxide.
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$(c)$ $PH_3$ and $CH_4$ are electron-rich and electron-precise hydrides,respectively.
$(d)$ $HF$ and $CH_4$ are called as molecular hydrides.
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$(c)$ $PH_3$ and $CH_4$ are electron-rich and electron-precise hydrides,respectively.
$(d)$ $HF$ and $CH_4$ are called as molecular hydrides.
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