If the quantity of heat calculated in part b could be


The combustion of methane gas, the principal constituent of natural gas, is represented by the equation

CH4 + 2O2-->CO2+H2O Change in H is -890.3kJ

a What mass of methane, in kilograms, must be burned to liberate 2.00×10^7 of heat?

b What quantity of heat, in kilojoules, is liberated in the complete combustion of 1.55×10^4 L of CH4, measured at 18.4 degrees C and 774mmHg?

c. If the quantity of heat calculated in part (b) could be transferred with 100% efficiency to water, what volume of water, in liters, could be heated from 8.6 to 60.0 degrees C as a result?

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Chemistry: If the quantity of heat calculated in part b could be
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