An excess of oxygen reacts with 451.4 g of lead, forming 367.5 g of Lead (II) oxide
calculate the percent yield of the reaction
Molar mass of Pb = 207.2 g/mol
mass of Pb = 4.514*10^2 g
mol of Pb = (mass)/(molar mass)
= 4.514*10^2/2.072*10^2
= 2.179 mol
According to balanced equation
mol of PbO formed = (2/1)* moles of Pb
= (2/1)*2.179
= 4.357 mol
Molar mass of PbO,
MM = 1*MM(Pb) + 1*MM(O)
= 1*207.2 + 1*16.0
= 223.2 g/mol
mass of PbO = number of mol * molar mass
= 4.357*2.232*10^2
= 9.725*10^2 g
% yield = actual mass*100/theoretical mass
= 3.675*10^2*100/9.725*10^2
= 37.79 %
Answer: 37.79 %
An excess of oxygen reacts with 451.4 g of lead, forming 367.5 g of Lead (II)...
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For this reaction, 26.0 g iron reacts with 6.11 g oxygen gas. iron (s) + oxygen (g) iron(II) oxide (s) What is the maximum mass of iron(II) oxide that can be formed? g What is the FORMULA for the limiting reagent? What mass of the excess reagent remains after the reaction is complete?
a)
For the following reaction, 5.52 grams of
oxygen gas are mixed with excess
iron . The reaction yields 21.0
grams of iron(II) oxide .
iron ( s ) +
oxygen ( g ) iron(II)
oxide ( s )
What is the theoretical yield of iron(II)
oxide ?
grams
What is the percent yield for this reaction ?
%
b) For the following reaction, 6.29 grams of
hydrogen gas are mixed with excess
iodine . The reaction yields 745
grams...