`1.44` gram if titanium `(Ti)` reacted with excess of `O_(2)` and produce `x` gram of non`-` stoichiometric compound `Ti_(1.44)O`. The value of `x` is `:`

1, 44 gran if tutanium (Ti) reacted with excess of O_(2) and produce x gram of non - stoichiometric compound Ti_(1.44)O . The value of x is :

1.44 gram of Titanium (Ti) reacted with excess of O_(2) and produced x gram of non-stoichiometric compound Ti ._(0.44)O . The value of x will be :[Ti = 48]

Select the correct statement, for non stoichiometric cuprous oxide Cu_(1.8)O .

Analyses shows that FeO has a non-stoichiometric composition with formula Fe_(0.95)O_(1.00) . Give reason.

Analyses shows that FeO has a non-stoichiometric composition with formula Fe_(0.95)O_(1.00) . Give reason.

The molality of a 1 L solution with x % H_2SO_4 is 9. The weight of solvent present in the solution is 910 grams. The value of x is :

Perovskite is a mineral composed of Ca, Ti and oxygen, cations of titanium lie at the centre, oxides ions at the face centres and calcium ions lie at corners. In this compound the oxidation number of Titanium is +x . Find the value of x?

An organic compound is burnt with excess of O_(2) to produce CO_(2)(g) and H_(2)O(l) . Which results in 25% volume contraction. Which of the following option (s) satisfy the given conditins.

2 grams of a gas mixture of CO and CO_2 on reaction with excess I_2 O_5 yields 2.54 grams of I_2 . What would be the mass% of CO in the original mixture?

When 1 mole of KMnO_(4) is reacted with FeC_(2)O_(4) in acidic medium, then the reacted amount of FeC_(2)O_(4) is