The reaction of white phosphorus on boiling with alkali in inert atmosphere resulted in the formation of production 'A'. The reaction of 1 mol of 'A' with excess of `AgNO_(3)` in aqueous medium gives `"____________"` mol(s) of Ag. (Round off to the Nearest Integer ).

On complete reaction of FeCl_(3) with oxalic acid in aqueous solution containing KOH, resulted in the formation of product A. The secondary valency of Fe in the product A is ________. (Round off to the Nearest Integer).

White phosphorus on reaction with NaOH gives PH_(3) as one of the products. This is a

Assertion: Reaction of white phosphorus with NaOH(aq) gives PH_(3) . Reason: The reaction is disproportionation of P in alkaline medium.

For the reaction A(g) = B (g) at 495 K, Delta _(r ) G ^(@)=- 9. 478 kJ mol ^(-1). If we start the reaction in a closed container at 495 K with 22 millimoles of A, the amount of B in the equilibrium mixture is "_____________" millimoles. (Round off to the Nearest Integer). [R = 8.314] mol ^(-1) K ^(-1), ln 10= 2.303]

1 mol of an octahedral metal complex with formula MCl_(3)*2L on reaction with excess of AgNO_(3) gives 1 mol of AgCl. The denticity of Ligand L is ____________. (Integer answer)

The equilibrium constant for the reaction A (s) hArr M (s) + (1)/(2) O _(2) (g) is K _(P) = 4. At equilibrium, the partial pressrue of O _(2) is __________ atm. (Round off to the nearest integer)

For a certain first order reaction 32% of the reactant is left after 570s. The rate constant of this reaction is "_________" xx 10^(-3) s^(-1) . (Round off to the Nearest Integer ) . [ Given : log_(10) 2 = 0.301, ln 10 = 2.303 ]