In this reaction, Ag^+ is the oxidizing agent. It undergoes reduction by accepting electrons from Fe to form silver metal, while Fe gets oxidized to Fe^3+ in the process.
Out of the substances listed, iron (Fe) would have the greatest ductility. Iron is a metal known for its high ductility property, meaning it can be drawn into thin wires without breaking. The other substances - carbon (C), silicon dioxide (SiO2), and sodium chloride (NaCl) - are not known for their high ductility.
The formation of an iron(II) ion involves the loss of two electrons from a neutral iron atom. The equation for this process can be written as Fe → Fe^2+ + 2e-.
467.52 g NaCl
The product of FeCl3 plus NaOH plus HCl is iron(III) hydroxide [Fe(OH)3] and sodium chloride (NaCl). The reaction involves forming a precipitate of iron(III) hydroxide and dissolving sodium chloride in the solution.
Fe + NaCl --> Na + FeClThis is called single replacement.
Fe is the element iron and NaCl is the compound sodium chloride.
Any reaction occur.
fe + O2 = feO
One method to physically separate Fe from Al is through a process called magnetic separation, as Fe is magnetic while Al is not. By applying a magnet to a mixture of Fe and Al, the Fe can be selectively attracted and separated from the non-magnetic Al. Once separated, the Fe can be collected while the Al remains behind.
The chemical formula for three separate iron (Fe) atoms is Fe3. This indicates that there are three iron atoms present.
The answer is "3Fe"
Na+ + OH- + H+ + Cl- H2O + Na+ + Cl-
3Fe
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Who created the Santa Fe tail
One way to separate iron (Fe) from silver (Ag) is to use a chemical reaction. By treating a mixture of the two metals with nitric acid, silver will dissolve as silver nitrate while iron remains unaffected. The solution can then be filtered to separate the dissolved silver from the undissolved iron.