NEET Test Series from KOTA - 10 Papers In MS WORD
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07. The p-BLOCK ELEMENTS (XII)
189611
Oxidation of \(NO\) in air produces
1 \({N_2}O\)
2 \({N_2}{O_3}\)
3 \(N{O_2}\)
4 \({N_2}{O_5}\)
Explanation:
(c)\(2NO + {O_2}\, \to \,2N{O_2}\)
07. The p-BLOCK ELEMENTS (XII)
189612
The reddish brown coloured gas formed when nitric oxide is oxidised by air is
1 \({N_2}{O_5}\)
2 \({N_2}{O_4}\)
3 \(N{O_2}\)
4 \({N_2}{O_3}\)
Explanation:
Reaction of Nitric oxide with oxygen: \(2 NO + O _2 \rightarrow \underset{\text { Brown-Coloured Gas }}{2 NO _2}\)
07. The p-BLOCK ELEMENTS (XII)
188342
\(C{l_2} + \mathop {NaOH}\limits_{{\rm{(dil}}{\rm{. and}}\,{\rm{cold)}}} \) \(\longrightarrow\) \(A + B + H_2O\) The anions of \(A\) and \(B\) are respectively ______
189612
The reddish brown coloured gas formed when nitric oxide is oxidised by air is
1 \({N_2}{O_5}\)
2 \({N_2}{O_4}\)
3 \(N{O_2}\)
4 \({N_2}{O_3}\)
Explanation:
Reaction of Nitric oxide with oxygen: \(2 NO + O _2 \rightarrow \underset{\text { Brown-Coloured Gas }}{2 NO _2}\)
07. The p-BLOCK ELEMENTS (XII)
188342
\(C{l_2} + \mathop {NaOH}\limits_{{\rm{(dil}}{\rm{. and}}\,{\rm{cold)}}} \) \(\longrightarrow\) \(A + B + H_2O\) The anions of \(A\) and \(B\) are respectively ______
189612
The reddish brown coloured gas formed when nitric oxide is oxidised by air is
1 \({N_2}{O_5}\)
2 \({N_2}{O_4}\)
3 \(N{O_2}\)
4 \({N_2}{O_3}\)
Explanation:
Reaction of Nitric oxide with oxygen: \(2 NO + O _2 \rightarrow \underset{\text { Brown-Coloured Gas }}{2 NO _2}\)
07. The p-BLOCK ELEMENTS (XII)
188342
\(C{l_2} + \mathop {NaOH}\limits_{{\rm{(dil}}{\rm{. and}}\,{\rm{cold)}}} \) \(\longrightarrow\) \(A + B + H_2O\) The anions of \(A\) and \(B\) are respectively ______
189612
The reddish brown coloured gas formed when nitric oxide is oxidised by air is
1 \({N_2}{O_5}\)
2 \({N_2}{O_4}\)
3 \(N{O_2}\)
4 \({N_2}{O_3}\)
Explanation:
Reaction of Nitric oxide with oxygen: \(2 NO + O _2 \rightarrow \underset{\text { Brown-Coloured Gas }}{2 NO _2}\)
07. The p-BLOCK ELEMENTS (XII)
188342
\(C{l_2} + \mathop {NaOH}\limits_{{\rm{(dil}}{\rm{. and}}\,{\rm{cold)}}} \) \(\longrightarrow\) \(A + B + H_2O\) The anions of \(A\) and \(B\) are respectively ______