Match the following:List-IList-IIA. Electron- | vedclass

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(D) The correct classification of hydrides is as follows:$A$. Electron-deficient hydride: These have fewer electrons than required for bonding,e.g.,$B

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$A-II, B-I, C-V, D-III$

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(D) The correct classification of hydrides is as follows:$A$. Electron-deficient hydride: These have fewer electrons than required for bonding,e.g.,$B_2H_6$ $(II)$.$B$. Electron-precise hydride: These have the exact number of electrons required for bonding,e.g.,$CH_4$ $(I)$.$C$. Electron-rich hydride: These have excess electrons (lone pairs),e.g.,$PH_3$ $(V)$.$D$. Saline (ionic) hydride: These are formed by $s$-block elements,e.g.,$CaH_2$ $(III)$.$IV$. $NiH_{0.6}$ is a metallic or non-stoichiometric hydride.Therefore,the correct match is $A-II, B-I, C-V, D-III$.

List-$I$	List-$II$
$A$. Electron-deficient hydride	$I$. $CH_4$
$B$. Electron-precise hydride	$II$. $B_2H_6$
$C$. Electron-rich hydride	$III$. $CaH_2$
$D$. Saline hydride	$IV$. $NiH_{0.6}$
	$V$. $PH_3$

Match the following:
List-$I$ List-$II$
$A$. Electron-deficient hydride $I$. $CH_4$
$B$. Electron-precise hydride $II$. $B_2H_6$
$C$. Electron-rich hydride $III$. $CaH_2$
$D$. Saline hydride $IV$. $NiH_{0.6}$
$V$. $PH_3$

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Match the following:List-$I$List-$II$$A$. Electron-deficient hydride$I$. $CH_4$$B$. Electron-precise hydride$II$. $B_2H_6$$C$. Electron-rich hydride$III$. $CaH_2$$D$. Saline hydride$IV$. $NiH_{0.6}$$V$. $PH_3$