How many moles of ammonia will be formed from the complete reaction of 45.0 g of h2? n2 3 h2 ---> 2 nh3
a. 11.1 mol
b. 14.9 mol
c. 16.7 mol
d. 7.43 mol
e. 22.3 mol

Respuesta :

The answer is 11.1 mol

The reaction is N2+3H2→2NH3

On reaction here, three moles of hydrogen form two moles of ammonia is formed.

45 g of H2 is equivalent to 45/2=22.5 moles

So the number of moles of ammonia formed is 22.5/2=11.1 mol

What is a mole?

  • Mole is used for measuring large quantities.
  • It is calculated by given mass by molecular mass.
  • The mole is widely used in chemistry as a convenient way to express amounts of reactants and products of chemical reactions.
  • It is used to measure the amount of a substance and has the SI unit as mol.
  • The elementary quantity is known as the Avogadro number.

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