Linked from

The 15 pages that link to Phosphorus pentoxide, each with the reason it gives.

• PhosphorusBroader topic: This inorganic oxide contrasts with the phosphate forms that dominate biological phosphorus.

• Phosphoric acidRelated: Hydration of phosphorus pentoxide provides a route to relatively pure phosphoric acid.

• Phosphorous acidCompared with: Hydration of this phosphorus(V) oxide yields phosphoric acid, not phosphorous acid.

• Phosphorus oxidation stateCompared with: It provides a +5 oxide comparison without hydrogen or ionic counterions.

• Phosphorus oxyacidsRelated: Its hydration produces phosphoric and condensed phosphorus oxyacids.

• Acid anhydrideBroader topic: Its hydration demonstrates how an oxide can yield an oxoacid.

• Arsenic pentoxideCompared with: It is a more familiar group-15 acidic oxide with different structure and water reactivity.

• Allotropes of phosphorusCompared with: Unlike an allotrope, it combines phosphorus with oxygen.

• Pyrophosphoric acidRelated: It reacts with water to form phosphoric acids, including condensed forms under suitable conditions.

• Boron trioxideCompared with: It is another acidic, glass-forming oxide, but has different composition and hydration chemistry.

• Phosphorus trioxideCompared with: Its higher oxidation state and water reactions contrast with those of P₄O₆.

• Phosphoryl chlorideRelated: Industrial routes can produce POCl₃ by chlorinating phosphorus oxide feedstocks.

• White phosphorus munitionRelated: Its fine aerosol contributes to the dense smoke produced by burning phosphorus.

• Carbon suboxideRelated: It removes water from malonic acid in the classical carbon suboxide synthesis.

• Dinitrogen pentoxideRelated: It can dehydrate nitric acid to produce dinitrogen pentoxide.