1) a) Sulfuric acid, the industrial chemical produced in the greatest quantity each year, is prepared by the reaction of sulfur in the presence of oxygen and water as described in the balanced chemical equation below. Calculate the volume, in mL, of 18.0 M sulfuric acid solution that can be prepared from the reaction of 1850 g of sulfur with 6.50x10ʻmL oxygen gas at 25°C and 0.965atm and plenty of water. 25(solid) + 30: (gas) + 2H;O(liquid) → 2H2S04(aqueous) b. Which substance is the limiting reactant? Explain how you know.

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Chapter5: Gases
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1) a) Sulfuric acid, the industrial chemical produced in the greatest quantity each year, is prepared by
the reaction of sulfur in the presence of oxygen and water as described in the balanced chemical
equation below. Calculate the volume, in ml, of 18.0 M sulfuric acid solution that can be prepared from
the reaction of 1850 g of sulfur with 6.50x10ʻmL oxygen gas at 25°C and 0.965atm and plenty of water.
25(solid) + 30: (gas) + 2H20(liquid) > 2H;SO4(aqueous)
b. Which substance is the limiting reactant? Explain how you know.
Transcribed Image Text:1) a) Sulfuric acid, the industrial chemical produced in the greatest quantity each year, is prepared by the reaction of sulfur in the presence of oxygen and water as described in the balanced chemical equation below. Calculate the volume, in ml, of 18.0 M sulfuric acid solution that can be prepared from the reaction of 1850 g of sulfur with 6.50x10ʻmL oxygen gas at 25°C and 0.965atm and plenty of water. 25(solid) + 30: (gas) + 2H20(liquid) > 2H;SO4(aqueous) b. Which substance is the limiting reactant? Explain how you know.
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