A mixture containing 2.0 mol each of H2 and O2 is ignited so that water is formed. The amount of water formed is

Question

A mixture containing 2.0 mol each of H2 and O2 is ignited so that water is formed. The amount of water formed is (A) 18.0 g (B) 36.0 g (C) 1.80 g (D) 3.60 g

Tardigrade Admin · Accepted Answer

2H2+O2 → 2H2O Two moles of H2 require one mole of O2 to give two moles or 36 g of water. Here H2 is the limiting reactant

Q. A mixture containing 2.0 mol each of $H_{2}$ and $O_{2}$ is ignited so that water is formed. The amount of water formed is

18.0 g

36.0 g

1.80 g

3.60 g

$2 H_{2} + O_{2} \to 2 H_{2} O$
Two moles of $H_{2}$ require one mole of $O_{2}$ to give two moles or $36 g$ of water. Here $H_{2}$ is the limiting reactant

Q. A mixture containing 2.0 mol each of H2​ and O2​ is ignited so that water is formed. The amount of water formed is