\(N_2+3H_2→2NH_3\)
(The atomic mass of nitrogen is \(14\), and that of hydrogen is \(1\))
\(1\) mole of nitrogen (_______g) +
\(3\) moles of hydrogen ( _________ g) →
\(2\) moles of ammonia ( _________ g)
The formula to find mass of an element from mole is,
\(\text{Mass of element}\) \(=\)\(\ (\text {X} )\ \cdot\ (\text {Atomic mass of the element} )\)
Where,
X is
Y is
Therefore,
\(1\) \(mole\) of nitrogen (\(N_2\)):
\(1\) \(mole\) of nitrogen (\(N_2\)) \(=\)
\(3\) \(moles\) of hydrogen (\(H_2\)):
\(3\) \(moles\) of hydrogen (\(H_2\)) \(=\)
\(2\) \(moles\) of ammonia (\(NH_3\)):
\(2\) \(moles\) of ammonia (\(NH_3\)) \(=\)