pentoxide
IPA: pɛntˈɑksaɪd
noun
- (inorganic chemistry) any oxide containing five oxygen atoms in each molecule
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Examples of "pentoxide" in Sentences
- Iodine pentoxide is a strong oxidant as well.
- The semiconducting form is rich on vanadium pentoxide.
- Reduction of vanadium pentoxide with calcium gives pure vanadium.
- Dinitrogen pentoxide is the chemical compound with the formula N2O5.
- Antimony pentoxide Sb2O5 is a chemical compound of antimony and oxygen.
- Phosphorus pentoxide is a chemical compound with molecular formula P4O10.
- Tantalum pentoxide is the starting material for several tantalum compounds.
- Otherwise it could be a smoke of phosphorus trioxide or phosphorus pentoxide.
- The solution is prepared by mixing phosphorous pentoxide in an alcohol solvent.
- The carrier is particularly useful for supporting enzymes or vanadium pentoxide.
- The majority of vanadium pentoxide used in glass manufacturing is imported from South Africa.
- When exposed to air, it spontaneously ignites and is oxidized rapidly to phosphorus pentoxide.
- The White Phosphorus flame produces a hot, dense white smoke composed of particles of phosphorus pentoxide
- For example, vanadium pentoxide (V2O5) is used production of glass and ceramics and as a chemical catalyst.
- It spontanteously ignites in air at about room temperature to form “phosphorus pentoxide” – actually tetraphosphorus decaoxide, P4O10.
- Anniston the phosphorous was burned in air to produce its pentoxide which could be hydrated to form acid of any desired concentration.
- Burning WP produces a hot, dense white smoke composed of particles of phosphorus pentoxide, which are converted by moist air into phosphoric acid.
- As the phosphoric anhydride, or pentoxide, which is produced when a gas containing phosphorus burns, is a solid body, it may be deposited at the burner jets.
- The White Phosphorus flame produces a hot, dense white smoke composed of particles of phosphorus pentoxide, which are converted by moist air into phosphoric acid.
- The major plant nutrients (nitrogen, phosphorus pentoxide and potassium oxide) are likely to be about 3% by weight, three times the concentration in compost from municipal refuse.
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