How much hydrogen is required to react with 10 moles of nitrogen? the reaction proceeds according to the scheme: N2 + 3H2 = 2NH3

The amount of nitrogen substance is equal to – 10 mol.
Let’s determine the volume of hydrogen that has reacted.
Let’s write down the reaction equation.
N2 + 3H2 = 2NH3.
First, you need to determine the amount of hydrogen substance according to the reaction equation.
10 mol of nitrogen – x mol of hydrogen.
1 mole of nitrogen – 3 mole of hydrogen.
Let’s define the unknown value of x.
X = 3 * 10/1 = 30 mol.
Determine the volume of hydrogen using the formula.
n = V / Vm.
V = n * Vm.
V = 30 * 22.4 = 676 HP
It turns out that the volume of hydrogen is 676 liters.
Answer: the volume of hydrogen is 676 liters.

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