| Compounds to Differentiate | Reagent | |
| $(1)$ | (image) and $CH_3 -CH=O$ | Fehling solution |
| Compounds to Differentiate | Reagent | |
| $(2)$ | $CH_3 -OH$ and $C_2H_5-OH$ | $NaOH / I_2$ |
| Compounds to Differentiate | Reagent | |
| $(3)$ | $CH_3-C \equiv CH$ and $HC \equiv CH$ | $(Cu_2Cl_2 + NH_4OH)$ |
| Compounds to Differentiate | Reagent | |
| $(4)$ | $(CH_3)_3C-OH$ and $(CH_3)_2CH-CH_2OH$ | $\left[ {HC{l_{\left( {conc.} \right)}} + ZnC{l_{2\left( {anhyd.} \right)}}} \right]$ |
| Compounds to Differentiate | Reagent | |
| $(3)$ | $CH_3-C \equiv CH$ and $HC \equiv CH$ | $(Cu_2Cl_2 + NH_4OH)$ |
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$Q + Cl ^{-} \rightarrow X$
$Q + Me _3 N \rightarrow Y$
$Q + CuCl _2 \rightarrow Z + CuCl$
$X$ is a monoanion having pyramidal geometry. Both $Y$ and $Z$ are neutral compounds. Choose the correct option($s$).
$(1)$ The central atoms in $X$ is $sp ^3$ hybridized
$(2)$ The oxidation state of the central atom in $Z$ is $+2$
$(3)$ The central atom in $Z$ has one lone pair of electrons
$(4)$ There is a coordinate bond in $Y$
Mark the correct option
Coordination no. $-$ Oxidation on. $-$ No. of $d-$electrons $-$ Unpaired $d-$electrons
