The amphoteric oxide is

The amphoteric oxide is

Options

(a) Mn₂O₇
(b) MnO
(c) MnO₂
(d) Mn₂O₃

Correct Answer:

MnO₂

Explanation:

(i) Oxides in lower oxidation states are basic in nature. (ii) Oxides in intermediate oxidation states are amphoteric.(iii) The oxides of higher oxidation states are acidic in nature. Mno, Mn₂O₃ – Basic, MnO₂ – Amphoteric, MnO₃, Mn₂O₇ – unstable Acidic.

admin:

Related Questions

  1. Which one of the following metals forms superoxide?
  2. Method by which aniline cannot be prepared is
  3. Bond angle in H₂O₂ is
  4. Solubility of MX₂ – type electrolytes is 0.5 ˣ 10⁻⁴ mol/L.,
  5. Osmotic pressure can be increased by