An allotrope of phosphorous, exhibits a phenomenon of phosphorescence, produces compound 'A' which on reacition with `O_(2)` gives 'B'. The number of oxygen atoms bonds to each central atom in 'A' and 'B' are 'X' and 'Y' respectively. When 'A' is heated to `210^(@)C` it decomposes to an oxide 'D' and another allotrope of phosphorus 'C'.
X and Y are respectively

An allotrope of phosphorous, exhibits a phenomenon of phosphorescence, produces compound 'A' which on reacition with O_(2) gives 'B'. The number of oxygen atoms bonds to each central atom in 'A' and 'B' are 'X' and 'Y' respectively. When 'A' is heated to 210^(@)C it decomposes to an oxide 'D' and another allotrope of phosphorus 'C'. The 'C" and 'D' are

An allotrope of phosphorous, exhibits a phenomenon of phosphorescence, produces compound 'A' which on reacition with O_(2) gives 'B'. The number of oxygen atoms bonds to each central atom in 'A' and 'B' are 'X' and 'Y' respectively. When 'A' is heated to 210^(@)C it decomposes to an oxide 'D' and another allotrope of phosphorus 'C'. This allotrope of phosphorous reacts with halogens to produce the pentahalides but nitrogen does nto give pentahalides. The reason is:

Electrolysis of X gives Y at anode. Vacuum distillation of Y gives H_(2)O_(2) . The number of peroxy (O-O_ bonds present in X and Y respectively, are

Hydrolysis of SiCl_(4) gives compound 'X' and HCl on heating to 1000^(@)C 'X' loses water and forms 'Y'. Identify 'X' and 'Y' respectively.

Hydrolysis of SiCl_(4) gives compound 'X' and HCl on heating to 1000^(@)C 'X' loses water and forms 'Y'. Identify 'X' and 'Y' respectively.

A compound contains atoms X,Y,Z: the oxidation number of "X,Y" and "Z" are "+2,+5" and - 2" respectively then the formula of the given compound

A compound contains X, Y and Z atoms. The oxidation state of X, Y and Z are +2, +2 and -2 respectively. The possible formula of the compound is

KMnO_(4) on treatment with conc. H_(2)SO_(4) forms a compound (X) which decomposes explosively on heating forming (Y). The (X) and (Y) are respectively :