Note: (show all work, and use atomic weights rounded to 2 decimal places). Consider the reaction: Pâ4 â+ 6Clâ2 â-> 4PCl3. a. How many grams of Clâ2 are needed to react with 20.00 g. of P4â? __________ b. You have 15.00 g. of Pâ4 and 22.00 g. of Cl2â, identify the limiting reactant and calculate the grams of PCl3â that can be produced as well as the grams of excess reactant remaining. LR _________ grams PClâ3 ___________ grams excess reactant ________ c. If the actual amount of PCl3 ârecovered is 16.25 g., what is the percent yield? ________ d. Given 28.00 g. of P4 and 106.30 g. of Cl2â, identify th limiting reactant and calculate how many grams of excess reactant will remain after the reaction. LR _________ grams excess reactant _________
Note: (show all work, and use atomic weights rounded to 2 decimal places). Consider the reaction: Pâ4 â+ 6Clâ2 â-> 4PCl3. a. How many grams of Clâ2 are needed to react with 20.00 g. of P4â? __________ b. You have 15.00 g. of Pâ4 and 22.00 g. of Cl2â, identify the limiting reactant and calculate the grams of PCl3â that can be produced as well as the grams of excess reactant remaining. LR _________ grams PClâ3 ___________ grams excess reactant ________ c. If the actual amount of PCl3 ârecovered is 16.25 g., what is the percent yield? ________ d. Given 28.00 g. of P4 and 106.30 g. of Cl2â, identify th limiting reactant and calculate how many grams of excess reactant will remain after the reaction. LR _________ grams excess reactant _________
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