The reaction of white phosphorus with `X` gives a colourless oily liquid `Y`. Identify `X` and `Y`.

Identify X, Y and Z

Identify X, Y and Z.

A compound 'X' which is a yellowish white powder is prepared by the reaction of white phosphours with excess of dry Cl_(2) . Identify 'X'

On reaction with Cl_(2) phosphorus forms two types of halides 'A' and 'B'. Halide 'A' is yellowish- white powder but halide 'B' is colourless oily liquid. Identify A and B and write the formulae of their hydrolysis products.

The atomicity of white phosphorus is X and the P-P-P bond angle is Y . What are X and Y ?

A gas 'X' is passed through water to form a solution. The aqeous solution on treatment with AgNO_(3) solution gives a white precipitate. The sturated aqueous solution also dissolves magnesium ribbon with the evolution of colourless gas 'Y'. Identify 'X' and 'Y'

White phosphorus when reacts with nitric acid gives

A gas X is passed through water to forms a saturated solution .The aqueous solution on treatment with AgNO3 also dissolve magnesium ribbon with the evolation of a colourless gas Y. Identify X and Y

Refer to the given figures of Marchantia and identify X and Y.

On reaction with Cl_(2) , phosphorus forms two types of halides 'A' and 'B'. Halide 'A' is yellowish-white powder but halide 'B' is colourless oily liquid. What would be the hydrolysis products of 'A' and 'B' respectively?