Fenton's reagent is a solution of hydrogen peroxide \(\left( H _2 O _2\right)\) with ferrous iron (typically iron\((II)\) sulfate, \(FeSO _4\) ) as a catalyst that is used to oxidize contaminants or waste waters.
Hydrogen
27630
The structure of \({H_2}{O_2}\) is
1 Planar
2 Linear
3 Spherical
4 Non-planar
Explanation:
The structure of \(H _2 O _2\) is open book shaped, and thus non-planar.
Hydrogen
27631
The volume strength of \(1.5 \,N\) \({H_2}{O_2}\) solution is .............. \(\mathrm{liters}\)
Fenton's reagent is a solution of hydrogen peroxide \(\left( H _2 O _2\right)\) with ferrous iron (typically iron\((II)\) sulfate, \(FeSO _4\) ) as a catalyst that is used to oxidize contaminants or waste waters.
Hydrogen
27630
The structure of \({H_2}{O_2}\) is
1 Planar
2 Linear
3 Spherical
4 Non-planar
Explanation:
The structure of \(H _2 O _2\) is open book shaped, and thus non-planar.
Hydrogen
27631
The volume strength of \(1.5 \,N\) \({H_2}{O_2}\) solution is .............. \(\mathrm{liters}\)
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Hydrogen
27628
\({H_2}{O_2}\) will oxidise
1 \(KMn{O_4}\)
2 \(PbS\)
3 \(Mn{O_2}\)
4 \({H_2}S\)
Explanation:
It’s obvious.
Hydrogen
27629
Fenton’s reagent is
1 \(FeS{O_4} + {H_2}{O_2}\)
2 \(Zn + HCl\)
3 \(Sn + HCl\)
4 None of these
Explanation:
Fenton's reagent is a solution of hydrogen peroxide \(\left( H _2 O _2\right)\) with ferrous iron (typically iron\((II)\) sulfate, \(FeSO _4\) ) as a catalyst that is used to oxidize contaminants or waste waters.
Hydrogen
27630
The structure of \({H_2}{O_2}\) is
1 Planar
2 Linear
3 Spherical
4 Non-planar
Explanation:
The structure of \(H _2 O _2\) is open book shaped, and thus non-planar.
Hydrogen
27631
The volume strength of \(1.5 \,N\) \({H_2}{O_2}\) solution is .............. \(\mathrm{liters}\)
Fenton's reagent is a solution of hydrogen peroxide \(\left( H _2 O _2\right)\) with ferrous iron (typically iron\((II)\) sulfate, \(FeSO _4\) ) as a catalyst that is used to oxidize contaminants or waste waters.
Hydrogen
27630
The structure of \({H_2}{O_2}\) is
1 Planar
2 Linear
3 Spherical
4 Non-planar
Explanation:
The structure of \(H _2 O _2\) is open book shaped, and thus non-planar.
Hydrogen
27631
The volume strength of \(1.5 \,N\) \({H_2}{O_2}\) solution is .............. \(\mathrm{liters}\)