How do you account for the reducing behaviour of `H_(3)PO_(2)` on the basis of its structure?

How do you account for reducing behaviour of H_(3)PO_(2) on the basis of its structure?

How do you account for reducing behaviour of H_(3)PO_(2) on the basis of its structure?

How do you account for the reducing behaviour of H_3PO_2 on the basis for its structure?

How do you account of the reducing behaviour for H_(3)PO_(2) ?

How do you account for the reducing behaviour of H_3P0_2 on the basis of its structure ?

(a) Why does PCl_3 fume in moisture ? (b) Are all the five bonds in PCl_5 molecule equivalent ? Justify your answer. ( c) How do you account for the reducing behaviour of H_3 PO_2 on the basic of its structure ? (d) Give the disproportional reaction of H_3PO_3 .

(a) Why does PCl_3 fume in moisture ? (b) Are all the five bonds in PCl_5 molecule equivalent ? Justify your answer. ( c) How do you account for the reducing behaviour of H_3 PO_2 on the basic of its structure ? (d) Give the disproportional reaction of H_3PO_3 .

(a) Why does PCl_3 fume in moisture ? (b) Are all the five bonds in PCl_5 molecule equivalent ? Justify your answer. ( c) How do you account for the reducing behavior of H_3 PO_2 on the basis of its structure ? (d) Give the disproportional reaction of H_3PO_3 .

How do you account for the reducing behaviour of H3P02 on the basis of its structure ?