Sulphuric Acid
Trending Questions
List−IList−II(P) PbO2+H2SO4?→(1) NOPbSO4+O2+other product (Q) Na2S2O3+H2O?→(2) I2NaHSO4+other product (R) N2H4?→(3) WarmN2+other product (S) XeF2?→Xe(4) Cl2+other product
- P:4, Q:2, R:3, S:1
- P:3, Q:2, R:1, S:4
- P:1, Q:4, R:2, S:3
- P:3, Q:4, R:2, S:1
Sulphur trioxide gas is an important precursor to manufacture sulphuric acid. It is produced by the catalytic oxidation of SO2 gas. In the contact process, once we obtain SO3(g), Sulphuric acid is obtained by the hydrolysis of SO3(g). True or False?
True
False
Sulphur trioxide gas is an important precursor to manufacture sulphuric acid. It is produced by the catalytic oxidation of SO2 gas. In the contact process, once we obtain SO3(g), Sulphuric acid is obtained by the hydrolysis of SO3(g). True or False?
True
False
List−IList−II(P) PbO2+H2SO4?→(1) NOPbSO4+O2+other product (Q) Na2S2O3+H2O?→(2) I2NaHSO4+other product (R) N2H4?→(3) WarmN2+other product (S) XeF2?→Xe(4) Cl2+other product
- P:4, Q:2, R:3, S:1
- P:3, Q:2, R:1, S:4
- P:3, Q:4, R:2, S:1
- P:1, Q:4, R:2, S:3
Sulphur trioxide gas is an important precursor to manufacture sulphuric acid. It is produced by the catalytic oxidation of SO2 gas. In the contact process, once we obtain SO3(g), Sulphuric acid is obtained by the hydrolysis of SO3(g). True or False?
True
False
List−IList−II(P) PbO2+H2SO4?→(1) NOPbSO4+O2+other product (Q) Na2S2O3+H2O?→(2) I2NaHSO4+other product (R) N2H4?→(3) WarmN2+other product (S) XeF2?→Xe(4) Cl2+other product
- P:4, Q:2, R:3, S:1
- P:3, Q:2, R:1, S:4
- P:1, Q:4, R:2, S:3
- P:3, Q:4, R:2, S:1

- E
- None of these
- D
- C
(i) Fluorine is passed through cold, dilute NaOH solution.
(ii) Hydrogen peroxide is treated with acidified KMnO4 solution.
(iii) Sulphuric acid is treated with hydrogen sulphide.
If true enter 1, else enter 0.
Deduce the structure of X.