N2 + H2 = NH3 (unbalanced)
N2 + 3H2 = 2NH3 (balanced )
How ??
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N2 + H2 = NH3 (unbalanced)
In this reaction there are 2 molecules of nitrogen (N) and 2 molecules of hydrogen (H). In the product, there are 1 molecule of nitrogen (N) and 3 molecule of hydrogen (H). Therefore the reaction is unbalanced as the no. Of molecules in the reactant and productis not equal.
N2 + 3H2 = 2NH3 (balanced )
In this reaction there are 2 molecules of nitrogen (N) and 6 (3*2) molecules of hydrogen (H). In the product, there are 2 molecules nitrogen (N) and 6 (2*3) molecules of hydrogen (H). Therefore the reaction is balanced as the no of molecules on the reactant and product is equal.
Here's ur answer!
N2 + H2 = NH3 (unbalanced)
In this reaction there are 2 molecules of nitrogen (N) and 2 molecules of hydrogen (H). In the product, there are 1 molecule of nitrogen (N) and 3 molecule of hydrogen (H). Therefore the reaction is unbalanced as the no. Of molecules in the reactant and productis not equal.
N2 + 3H2 = 2NH3 (balanced )
In this reaction there are 2 molecules of nitrogen (N) and 6 (3*2) molecules of hydrogen (H). In the product, there are 2 molecules nitrogen (N) and 6 (2*3) molecules of hydrogen (H). Therefore the reaction is balanced as the no of molecules on the reactant and product is equal.
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this is because the no of molecules in the elements both on reactant and product side is equal. There are two molecules of of nitrogen and two of hydrogen but on the product side there is one Molecule of nitrogen and three of hydrogen.Understand it from figure
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