The balanced equation for the combustion of C2H2 is shown below 2C2H2+5O2 ->4CO2+2H2O ΔH=-395.5 kJ/molrxn How many grams of O2 (MM = 32 g/mol ) (MM=32 g/mol) would need to be reacted in an excess of C2H2 in order to produce 1.2×103 kJ of energy? Answer choices: A. 98 g B. 4.9 x 102 g C. 7.6 x 107g D. 15 g
The balanced equation for the combustion of C2H2 is shown below 2C2H2+5O2 ->4CO2+2H2O ΔH=-395.5 kJ/molrxn How many grams of O2 (MM = 32 g/mol ) (MM=32 g/mol) would need to be reacted in an excess of C2H2 in order to produce 1.2×103 kJ of energy? Answer choices: A. 98 g B. 4.9 x 102 g C. 7.6 x 107g D. 15 g
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter2: The First Law Of Thermodynamics
Section: Chapter Questions
Problem 2.93E: Find the enthalpies of the combustion reactions for methane through n-octane. Plot them versus the...
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The balanced equation for the combustion of C2H2 is shown below
2C2H2+5O2 ->4CO2+2H2O ΔH=-395.5 kJ/molrxn
How many grams of O2 (MM = 32 g/mol ) (MM=32 g/mol) would need to be reacted in an excess of C2H2 in order to produce 1.2×103 kJ of energy?
Answer choices:
A. 98 g
B. 4.9 x 102 g
C. 7.6 x 107g
D. 15 g
I think it's C, can someone help me with this?
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