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a) The hydrolysis of 166.5 mL of water (decomposition) has a 75% yield of hydrogen gas. What mass of hydrogen gas can be produced? b)
a) The hydrolysis of 166.5 mL of water (decomposition) has a 75% yield of hydrogen gas. What mass of hydrogen gas can be produced?
b) In the reaction of Phosphorus (P4(s) ) reacted with hydrogen gas, producing phosphorus trihydride gas:
What is the maximum mass of phosphorus trihydride that can be formed when 80.0 g of phosphorus reacts with the mass of hydrogen (produced from the hydrolysis of water in part a)?
c) If 75.0 g of phosphorus trihydride is actually produced, what is the percentage yield for the reaction?
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