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What are the theoretical yields of H2O and CO2 (in grams)? a.103.51 g and 152.27 g b. 56.50 g and 49.44 g c. 96.61 g and 202.25 g d. 73.88 g and 175.49 g   From the theoretical yields of CO2 and H2O, what are the masses of C and H ( in grams)? (MM C = 12.01 g/mol, MM H = 1.008 g/mol) a. 47.89 g and 8.27 g b. 55.19 g and 10.81 g c. 95.78 g and 5.41 g d. 110.38 g and 4.14 g From the masses of C and H, what is the empirical formula of the hydrocarbon? a. C2H3O b. C5H26 c. C2H5

What are the theoretical yields of H2O and CO2 (in grams)? a.103.51 g and 152.27 g b. 56.50 g and 49.44 g c. 96.61 g and 202.25 g d. 73.88 g and 175.49 g   From the theoretical yields of CO2 and H2O, what are the masses of C and H ( in grams)? (MM C = 12.01 g/mol, MM H = 1.008 g/mol) a. 47.89 g and 8.27 g b. 55.19 g and 10.81 g c. 95.78 g and 5.41 g d. 110.38 g and 4.14 g From the masses of C and H, what is the empirical formula of the hydrocarbon? a. C2H3O b. C5H26 c. C2H5

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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What are the theoretical yields of H2O and CO2 (in grams)?

a.103.51 g and 152.27 g
b. 56.50 g and 49.44 g
c. 96.61 g and 202.25 g
d. 73.88 g and 175.49 g
 

From the theoretical yields of CO2 and H2O, what are the masses of C and H ( in grams)? (MM C = 12.01 g/mol, MM H = 1.008 g/mol)

a. 47.89 g and 8.27 g
b. 55.19 g and 10.81 g
c. 95.78 g and 5.41 g
d. 110.38 g and 4.14 g

From the masses of C and H, what is the empirical formula of the hydrocarbon?
a. C2H3O
b. C5H26
c. C2H5
d. C3H7
One hundred milliliters (100 mL) of a hydrocarbon (density = 0.660 g/mL) have undergone combustion to give CO2 and H20. The molar masses, %yield and actual masses of isolated CO2 and H20 are given below: Combustion Molar Mass Yield Actual yield(g) ... 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 H20. The molar masses, %yield and actual masses of isolated CO2 and H20 are given below: Combustion Molar Mass Yield Actual yield(g) ... Product (g/mol) (%) H,0 18.02 76.47 73.88 co2 44.01 86.77 175.49
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