MCQ
What are the hybridisation of the carbon atoms labeled $C_1$ and $C_2$, respectively in glycine?
$C_1$ $C_2$
- A$sp^2$ $sp^2$
- B$sp^2$ $sp^3$
- ✓$sp^3$ $sp^2$
- D$sp^3$ $sp^3$
$C_1$ $C_2$

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$(i)\, LiF > LiCl > LiBr > LiI$
$(ii)\, CaCl_2 < FeCl_2 < FeCl_3$
$(iii)Hg_2Cl_2 > HgCl_2$
$(iv)\, ZnCl_2 < CdCl_2 < HgCl_2$
$(v) CuCl < AgCl < AuCl$
$(vi) AlN > Al_2O_3 > AlF_3$
$(vii) CaF_2 < CaCl_2 < CaBr_2 < CaI_2$

Which conformer of above compound is most stable (consider conformer across $(C_2 -C_3)$