State the oxoacids of phosphorus with their f | vedclass

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(N/A) NameFormula,Oxidation state,Bonds,and PreparationHypophosphorous (Phosphinic)Formula: $H_{3}PO_{2}$; Oxidation state: $+1$; Bonds: Two $P-H$,One

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(N/A) NameFormula,Oxidation state,Bonds,and PreparationHypophosphorous (Phosphinic)Formula: $H_{3}PO_{2}$; Oxidation state: $+1$; Bonds: Two $P-H$,One $P=O$,One $P-OH$; Preparation: White $P_{4} + 	ext{alkali}$Orthophosphorous (Phosphonic)Formula: $H_{3}PO_{3}$; Oxidation state: $+3$; Bonds: One $P-H$,One $P=O$,Two $P-OH$; Preparation: $P_{2}O_{3} + H_{2}O$PyrophosphorousFormula: $H_{4}P_{2}O_{5}$; Oxidation state: $+3$; Bonds: Two $P-H$,Two $P=O$,Two $P-OH$; Preparation: $PCl_{3} + H_{3}PO_{3}$HypophosphoricFormula: $H_{4}P_{2}O_{6}$; Oxidation state: $+4$; Bonds: Two $P=O$,One $P-P$,Four $P-OH$; Preparation: Red $P_{4} + 	ext{alkali}$OrthophosphoricFormula: $H_{3}PO_{4}$; Oxidation state: $+5$; Bonds: One $P=O$,Three $P-OH$; Preparation: $P_{4}O_{10} + H_{2}O$PyrophosphoricFormula: $H_{4}P_{2}O_{7}$; Oxidation state: $+5$; Bonds: Two $P=O$,One $P-O-P$,Four $P-OH$; Preparation: $P_{4}O_{10} + H_{2}O$Metaphosphoric$^{*}$Formula: $(HPO_{3})_{n}$; Oxidation state: $+5$; Bonds: Three $P=O$,Three $P-OH$,Three $P-O-P$ (for $n=3$); Preparation: Heat phosphoric acid$^{*}$ Exists in polymeric forms only. Characteristic bonds of $(HPO_{3})_{3}$ have been given in the Table. The compositions of oxoacids are interrelated in terms of loss or gain of $H_{2}O$ or $O$-atom.

State the oxoacids of phosphorus with their formula,methods of preparation,and the presence of characteristic bonds in their structure.

Similar Questions

The structural formula of hypophosphorus acid is

In the following reaction,identify the nature of the product formed by the complete hydrolysis of the underlined atom at $R.T.$:
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Name	Formula,Oxidation state,Bonds,and Preparation
Hypophosphorous (Phosphinic)	Formula: $H_{3}PO_{2}$; Oxidation state: $+1$; Bonds: Two $P-H$,One $P=O$,One $P-OH$; Preparation: White $P_{4} + \text{alkali}$
Orthophosphorous (Phosphonic)	Formula: $H_{3}PO_{3}$; Oxidation state: $+3$; Bonds: One $P-H$,One $P=O$,Two $P-OH$; Preparation: $P_{2}O_{3} + H_{2}O$
Pyrophosphorous	Formula: $H_{4}P_{2}O_{5}$; Oxidation state: $+3$; Bonds: Two $P-H$,Two $P=O$,Two $P-OH$; Preparation: $PCl_{3} + H_{3}PO_{3}$
Hypophosphoric	Formula: $H_{4}P_{2}O_{6}$; Oxidation state: $+4$; Bonds: Two $P=O$,One $P-P$,Four $P-OH$; Preparation: Red $P_{4} + \text{alkali}$
Orthophosphoric	Formula: $H_{3}PO_{4}$; Oxidation state: $+5$; Bonds: One $P=O$,Three $P-OH$; Preparation: $P_{4}O_{10} + H_{2}O$
Pyrophosphoric	Formula: $H_{4}P_{2}O_{7}$; Oxidation state: $+5$; Bonds: Two $P=O$,One $P-O-P$,Four $P-OH$; Preparation: $P_{4}O_{10} + H_{2}O$
Metaphosphoric$^{*}$	Formula: $(HPO_{3})_{n}$; Oxidation state: $+5$; Bonds: Three $P=O$,Three $P-OH$,Three $P-O-P$ (for $n=3$); Preparation: Heat phosphoric acid