Assertion: `Ti^(3+)` acts as an oxidising agent.
Reason: `TI^(+)` is more stable than `TI^(3+)` due to inert pair effect.

(A): TICl_3 acts as a good oxidant (R): T2^(+3) is less stable than TI^+

Assertion: Ti^(3+) salts are coloured whereas Ti^(4+) salts are white. Reason: Ti^(3+) is less stable than Ti^(4+)

Assertion: Ti^(3+) salts are coloured whereas Ti^(4+) salts are white. Reason: Ti^(3+) is less stable than Ti^(4+)

Assertion : O_(3) acts as a powerful oxidising agent. Reason : O_(3) oxidises lead sulphide to lead sulphate and iodide ions to iodine.

Assertion : O_(3) acts as a powerful oxidising agent. Reason : O_(3) oxidises lead sulphide to lead sulphate and iodide ions to iodine.

Identity the correct statement (s) based on the folowing standard electrode potential (E^(0) value: E^(0)_(AI^(3+))//AI=-1.66V,E^(0)_(TI^(3+))//TI=+1.26V I. Aluminium has least tendency to make AI^(3+) (aq)ions II TI^(+) is unstable in solution and is a powerful oxidizing agent III TI^(+) is more stable in solution than TI^(3+) IV TI is more electropositive than AI

Assertion (A): HNO_(3) acts only as an oxidising agent, while HNO_(2) acts both as an oxidising agnet and a reducing agent. Reason (R ): The oxidation number of N in HNO_(3) is mximum.

Assertion (A): HNO_(3) acts only as an oxidising agent, while HNO_(2) acts both as an oxidising agnet and a reducing agent. Reason (R ): The oxidation number of N in HNO_(3) is mximum.