Write equation for the reaction of iron with steam

Table of Contents • • • • • • What is the reaction of iron and steam? Iron reacts with steam to form hydrogen gas and the oxide Fe3O4. What is the word equation for the reaction of a metal with steam? Metal + Steam → Metal Oxide + Hydrogen Gas Note that a more reactive metal reacts violently with steam. What is word equation and balanced equation? Chemists use symbols and formulae to represent elements and compounds. Word equations and balanced chemical equations represent the changes that happen in chemical reactions. Chemistry (Single Science) What is the balanced chemical equation for the reaction of iron with water? The formation of rust requires iron, water and oxygen. Although it’s a complex process, the chemical equation is simply 4Fe + 3O2 + 6H2O → 4Fe(OH)3. What is the balanced equation of calcium and water? Ca+2H2O→Ca(OH)2+H2↑ What is the reaction of metal with water? Metals react with water and produce a metal oxide and hydrogen gas. Metal oxides that are soluble in water dissolve in it to further form metal hydroxide. But all metals do not react with water. Metals like potassium and sodium react violently with cold water. How to write an equation for iron with steam? An equation for the reaction of: a) iron with steam When a metal reacts with steam then the products formed are metal oxide and hydrogen gas. Metal + steam ——–> Metal oxide + Hydrogen When red hot iron reacts with steam to form iron (II,III) oxide and hydrogen. What happens when red hot iron reacts...

(a) Describe the reaction of potassium with water. Write the equation of the reaction involved.(b) Write an equation of the reaction of iron with steam. Indicate the physical states of all the reactants and products.(c) Which gas is produced when dilute hydrochloric acid is added to a reactive metal?

Hint : Chemical equations are symbolic representations of chemical reactions in which the reactants and products are each represented by a chemical equation. Symbols are frequently used to indicate variables such as the reaction's route and the physical responses of the reacting entities. Complete Step By Step Answer: A chemical equation is a simplified or abbreviated depiction of a chemical reaction. A chemical equation describes the changes (state, chemical composition, and heat energy) that take place during a chemical process. It is necessary to know the formulae of the elements or compounds involved in the chemical reaction in order to write the chemical equation. (1) The chemical formula for the interaction of iron with steam is as follows: $ 3Fe\left( s \right) + 4heat. $ Note : Chemical reactions aid our understanding of matter's qualities. We can learn about a sample's chemical properties by looking at how it interacts with other materials. These characteristics can be used to identify an unknown specimen or anticipate how different forms of materials will interact. A chemical reaction is simply the most important discovery made by humans.

This reaction can be written in the form of a word equation as: `"Iron"+"Steam"to "Iron"(II,III)"oxide"+"Hydrogen"` Now, Symbol of iron is fe `"Formula of steam is" H_(2)O" "("It is the same as water")` `"Formula or iron (II,III) oxide is" Fe_(3)O_(4)" "(Given)` And, Formula of hydrogen is `H_(2)` By writing the symbols and formulae of all the substances in the above word equation, we get the following skeletal chemical equation: `" "Fe+H_(2)OtoFe_(3)O_(4)+H_(2)` Here Fe and `H_(2)O` are reactants whereas `Fe_(3)O_(4)and H_(2)` are the products. Let us count the number of atoms of various types in the reactants and products : `` The above chemical equation contains an equal contains an equal number of Fe, H and O atoms in the reactants and Iron (Fe) si a solid, steam `(H_(2)O)` is a gas, iron (II,III) oxide `(Fe_(3)O_(4))` is a solid and hydrogen `(H_(2))` is a gas. So, we can write the above chemical equation with state symbols as follows: `" "3Fe(s)+ 4H_(2)O(g)to Fe_(3)O_(4)(s)+4H_(2)(g)`

While studying about reversible reactions, my professor stated that the following reaction is a reversible reaction: $$\ce$? (According to me, mixtures and compounds are two different things and that we can't combine them.) $\begingroup$ Single displacement reactions do involve redox -- the element on the reactant side ends up in a combined state in the products and, therefore, must undergo a change of oxidation state. As to whether or not Fe3O4 is formed directly, that is doubtful since it would require an activated complex of three iron atoms and four water molecules -- very unlikely. I would guess that there are a number of steps involving various iron oxide and hydroxide intermediates. $\endgroup$ $\begingroup$ Regarding whether or not Fe3O4 is a compound, it surely is as stated by MaxW and Ivan Neretin. However, the formula FeO⋅Fe2O3 can be misleading in that it might seem to suggest that Fe3O4 is made of FeO and Fe2O3 "molecules" in chemical combination. Actually, Fe3O4 has a crystal structure (an extended geometrically regular array) of Fe(III), Fe(II) and oxide ions in which the oxide ions exist in a cubic close packed pattern with the Fe(II) ions located at half of the octahedral sites and the Fe(III) ions distributed evenly between octrahedral and tetrahedral sites. $\endgroup$ What type of a reaction is it? I would describe it first and foremost as a redox reaction. Iron is oxidised and hydrogen is reduced; the half equations would be: $$\ce$ are split evenly ac...