re the masses of C and H ( in grams)? (MM C = 2.01 g/mol, MMH = 1.008 g/mol) (A) 55.19 g and 10.81 g В 47.89 g and 8.27 g (c) 95.78 g and 5.41 g C D) 110.38 g and 4.14 g

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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From the theoretical yields of CO2 and H20, what
are the masses of C and H ( in grams)? (MM C =
12.01 g/mol, MM H = 1.008 g/mol)
А
55.19 g and 10.81 g
В
47.89 g and 8.27 g
C) 95.78 g and 5.41 g
D
110.38 g and 4.14 g
Transcribed Image Text:From the theoretical yields of CO2 and H20, what are the masses of C and H ( in grams)? (MM C = 12.01 g/mol, MM H = 1.008 g/mol) А 55.19 g and 10.81 g В 47.89 g and 8.27 g C) 95.78 g and 5.41 g D 110.38 g and 4.14 g
One hundred milliliters (100 mL) of a hydrocarbon
(density = 0.660 g/mL) have undergone
combustion to give CO2 and H2O. The molar
masses, %yield and actual masses of isolated CO,
and H20 are given below:
Combustion
Actual yield(g)
Molar Mass
Yield
Product
(g/mol)
(%)
H,0
18.02
76.47
73.88
CO2
44.01
86.77
175.49
Transcribed Image Text:One hundred milliliters (100 mL) of a hydrocarbon (density = 0.660 g/mL) have undergone combustion to give CO2 and H2O. The molar masses, %yield and actual masses of isolated CO, and H20 are given below: Combustion Actual yield(g) Molar Mass Yield Product (g/mol) (%) H,0 18.02 76.47 73.88 CO2 44.01 86.77 175.49
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