Nuclear engineers use chlorine triflouride in the processing of uranium fuel for power plants. This extreme substance is formed as a gas in a special metal containers by the reaction of elemental chlorine and flourine according to the following equation: Cl2(g) + F2(g) → ClF3(g) When 0.750 mol of chlorine and 3.00 moles are reacted to form chlorine triflouride; a. What is the number of moles of the product formed? (only 2 decimal places) b. What is the number moles of the limiting reactant? (only 3 decimal places) c. How many moles of the excess reactant are remaining? (only 2 decimal places) d. what mass of the product can be formed? (no decimals, round off to a whole number)
Nuclear engineers use chlorine triflouride in the processing of uranium fuel for power plants. This extreme substance is formed as a gas in a special metal containers by the reaction of elemental chlorine and flourine according to the following equation:
Cl2(g) + F2(g) → ClF3(g)
When 0.750 mol of chlorine and 3.00 moles are reacted to form chlorine triflouride;
a. What is the number of moles of the product formed? (only 2 decimal places)
b. What is the number moles of the limiting reactant? (only 3 decimal places)
c. How many moles of the excess reactant are remaining? (only 2 decimal places)
d. what mass of the product can be formed? (no decimals, round off to a whole number)
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