Question:
Consider the following reaction:
\({2HSO_4^ −}_{(aq)}\xrightarrow[(2)Hydrolysis]{(1)Electrolysis} 2HSO_4^− + 2H^+ + A\)
The dihedral angle in product A in its solid phase at 110 K is :
Consider the following reaction:
\({2HSO_4^ −}_{(aq)}\xrightarrow[(2)Hydrolysis]{(1)Electrolysis} 2HSO_4^− + 2H^+ + A\)
The dihedral angle in product A in its solid phase at 110 K is :
\({2HSO_4^ −}_{(aq)}\xrightarrow[(2)Hydrolysis]{(1)Electrolysis} 2HSO_4^− + 2H^+ + A\)
The dihedral angle in product A in its solid phase at 110 K is :
Updated On: Sep 24, 2024
- 104°
- 111.5°
- 90.2°
- 111.0°
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The Correct Option is C
Solution and Explanation
A should be H2O2
Structure of H2O2 is solid phase
Dihedral angle = 90.2°
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Concepts Used:
Electrolysis
Electrolysis:
Electrolysis is the process by which an element is decomposed and undergoes some chemical change under the influence of any electric current. The first-ever electrolysis was executed out by Sir Humphrey Davey in the year 1808. Electrolysis can occur in both Galvanic cells and Electrolytic cells.
Applications of Electrolysis:
- Electrolytic cells are used for the production of Hydrogen and Oxygen gas from water.
- They are used for the large-scale production of pure metals like sodium, copper, magnesium, etc.
- They are used to extract Aluminium from Bauxite.
- Electrolytic cells are used for electroplating, a process by which a thin protective layer of one metal is formed over another metal, mostly for protection.
- Electrolysis is used for the electrorefining of non-ferrous metals.
Read More: Products of Electrolysis