Consider the following reaction : 2 HSO _ 4 ^ - (aq)((1)Electrolysis)/((2)Hydrolysis)2 HSO _ 4 ^ - + 2 H ^ + + A The dihedral angle in product A in its solid phase at 110K is

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Quantrex Academy · Accepted Answer

Correct answer: C. 90 . 2 °

Peroxodisulphate, obtained by electrolytic oxidation of acidified sulphate solutions at high current density, on hydrolysis yields hydrogen peroxide.

$2{HSO}_{4}^{-} ( aq ) \overset{Electrolysis}{⟶}{HO}_{3}{SOOSO}_{3}H ( aq ) \overset{Hydrolysis}{\to}2{HSO}_{4}^{-} ( aq ) + 2{H}^{+} ( aq ) + {H}_{2}{O}_{2} ( aq )$

Hydrogen peroxide has a non-planar structure. The molecular dimensions in the gas phase and solid phase are shown

Consider the following reaction : 2 HSO _ 4 ^ - (aq)((1)Electrolysis)/((2)Hydrolysis)2 HSO _ 4 ^ - + 2 H ^ + + A The

${H}_{2}{O}_{2}$ structure in gas phase, dihedral angle is $111 . 5 °$ .

${H}_{2}{O}_{2}$ structure in solid phase at $110K$ , dihedral angle is $90 . 2 °$ .

Consider the following reaction : 2 HSO _ 4 ^ -...

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