Answer :
Given reaction is.
MnS+2HCL6→MNCL2+H2S
According to the law of mass conservation an a chemical reaction mass is neither created nor destroyed but at transformed from one form to another. means if two reactant react together. and convert into product allover mass of reactant and product remain constant if reaction take place in closed isolated system.
As per question if the small amount of Mus is combine with large arrant of Hel the mass of product produce depends on the limiting reactant make which react equivalent mole of other reactant and with san the product will produced on the mole ratio of limiting reactant (Mas) and me product. In the question there is (limiting reactant) reactant or no my mass of single.
product are given so without number of mole calculation we can not determine the mass. of product supposedly produce However on the basis. of Law of mass conservation we can mass of reactant (like Mns and sne) large amount of Mus and Hel reactants when completely consume the will be = 108·769 When observed that total when 508.769 we take 400.008 = 108.769 mass of product (Mncl+h2s) we take small amount ab
reactant Combine MnS and mass of as 454.35g-400g = 54:35g so products (Melt Hesery) will be 54.35g (only the complete amount of reactant (consume, convert into products. Hence given on the question wither mass of limiting reactant (or one reactant) nor mans ab product produced given. So we can make assumption that when reaction complete the product formed in the same beaker also it some redolent remain unreached also present on this same beaker so total mans of product remain constant. product and reactant
what is reactant?
The components that initiate a chemical reaction are known as reactants. Chemical bonds between reactants are destroyed and new ones are created in the process of chemical transformation to create products.
The list of products is on the right side of the arrow, while the list of reactants is on the left. When an arrow pointing left and right indicates a chemical reaction, the components on both sides of the arrow are both reactants and products (the reaction proceeds in both directions simultaneously).
The equal amount of atoms of each element make up the reactants and products in a chemical equation that is balanced.
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