The chemical formula (not equation) of a theoretically possible francium phosphide is Fr3P.
The word equation for the reaction between calcium and phosphorus is: calcium + phosphorus → calcium phosphide.
The common name of Iron III phosphide is ferric phosphide.
The binary compound Ba3P2 stand for Barium Phosphide.
Iron phosphide may be one of the following compounds: (di-)Iron phosphide, Fe2P (tri-)Iron phosphide, Fe3P And to complete the picture, monoiron phosphide, FeP.
Copper (I) Phosphide
There is no reaction between them
The word equation for the reaction between calcium and phosphorus is: calcium + phosphorus → calcium phosphide.
When francium and oxygen react, francium oxide is formed. This compound is highly reactive and unstable due to francium's extreme reactivity. Francium is a highly radioactive element and is extremely rare in nature.
Francium has 87 protons, and mass numbers ranging from 199 to 232, with the longest lived isotopes having mass numbers of 221 to 223. There are different decay modes for the different isotopes, and without knowing the isotope, we cannot produce an equation.
A possible equation should be:2 Fr + 2 H2O = 2 FrOH + H2
A possible equation should be:2 Fr + 2 H2O = 2 FrOH + H2
Francium is an extremely rare and highly radioactive element, making it difficult to find in nature. Due to its extreme rarity and radioactivity, francium is not commonly found in compounds. However, some theoretical compounds containing francium may include francium fluoride (FrF) or francium hydroxide (FrOH), although these would be highly unstable and challenging to create and study in a laboratory setting.
The common name of Iron III phosphide is ferric phosphide.
Francium would react with water by this equation: 2Fr + 2H2O -->2FrOH + H2 The products here are francium hydroxide and hydrogen gas. However, it would be impossible to gather enough francium to demonstrate this reaction.
The traditional name for aurous phosphide is gold phosphide.
The radical of phosphide is represented by the symbol P^3-. This means that the phosphide ion has a charge of -3.
The binary compound Ba3P2 stand for Barium Phosphide.