MCQ
Which atom can have more than eight valence electrons when it is forming covalent bonds?
- A$H$
- B$N$
- C$F$
- D$Cl$
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$\operatorname{P}t|{{H}_{{{2}_{\left( 2\,atm \right)}}}}|H_{\left( 0.02\,M \right)}^{\oplus }||H_{\left( 0.1\,M \right)}^{\oplus }|{{H}_{{{2}_{\left( 1\,atm \right)}}}}|Pt$
Reason : Addition of non-volatile solute into solvent results into depression of freezing point of the solvent.
Student $I$ :- She mixed $B_2H_6$ and $NH_3$
Student $II$ :- He mixed $B_2H_6$ with $THF$ followed by addition of $NH_3$
Which student is expected to get the $CORRECT$ final product ?

In the above reaction, the structural formula of $(A), "X"$ and $"Y"$ respectively are :