15O2(g) + 2C6H5COOH(aq) → 14CO2(g) + 6H2O(g) If 45.0 moles of O2(g) and 10.6 moles of C6H5COOH(aq) are allowed to react, and the percent yield is 91.6%, how many moles of CO2(g) will actually be produced? I know what to do but I keep getting an answer that's not listed. Please help this is due at midnight!
39.5 moles
34.5 moles
11.3 moles
69.5 moles
38.5 moles
15 mole of O2 requires 2 mole of C6H5COOH so
45.0 mole of O2 will require
= 45.0 mole of O2 * (2 mole of C6H5COOH / 15 mole of O2)
= 6 mole of C6H5COOH
but we have 10.6 mole of C6H5COOH which is in excess so O2 is limiting reactant
fromthe balanced equation we can say that
15 mole of O2 produces 14 mole of CO2 then
45.0 mole of O2 will produce
= 45.0 mole of O2 *(14 mole of CO2 / 15 mole of O2)
= 42 mole of CO2
Therefore, theoretical yield of CO2 = 42 mole
% yield = (actual yield/theoretical yield)*100
91.6 = (actual yield / 42) * 100
acual yield = 38.5 mole
Therefore, the actual yield of CO2 is 38.5 mole
Get Answers For Free
Most questions answered within 1 hours.