The strength of an aqueous NaOH solution is most accurately determined by titrating: (Note: consider that an appropriate indicator is used)

Question

The strength of an aqueous NaOH solution is most accurately determined by titrating: (Note: consider that an appropriate indicator is used) (A) Aq. NaOH in a pipette and aqueous oxalic acid in a burette (B) Aq. NaOH in a volumetric flask and concentrated H2SO4 in a conical flask (C) Aq. NaOH in a burette and concentrated H2SO4 in a conical flask (D) Aq. NaOH in a burette and aqueous oxalic acid in a conical flask

Tardigrade Admin · Accepted Answer

Correct answer is (d) Aq. NaOH in a burette and aqueous oxalic acid in a conical flask

Q. The strength of an aqueous NaOH solution is most accurately determined by titrating : (Note : consider that an appropriate indicator is used)

Aq. NaOH in a pipette and aqueous oxalic acid in a burette

Aq. NaOH in a volumetric flask and concentrated $H_{2} S O_{4}$ in a conical flask

Aq. NaOH in a burette and concentrated $H_{2} S O_{4}$ in a conical flask

Aq. NaOH in a burette and aqueous oxalic acid in a conical flask

Correct answer is (d) Aq. NaOH in a burette and aqueous oxalic acid in a conical flask

Q. The strength of an aqueous NaOH solution is most accurately determined by titrating : (Note : consider that an appropriate indicator is used)

Aq. NaOH in a pipette and aqueous oxalic acid in a burette

Aq. NaOH in a volumetric flask and concentrated H2​SO4​ in a conical flask

Aq. NaOH in a burette and concentrated H2​SO4​ in a conical flask

Aq. NaOH in a burette and aqueous oxalic acid in a conical flask

Correct answer is (d) Aq. NaOH in a burette and aqueous oxalic acid in a conical flask

Aq. NaOH in a volumetric flask and concentrated $H_{2} S O_{4}$ in a conical flask

Aq. NaOH in a burette and concentrated $H_{2} S O_{4}$ in a conical flask