A quantity of 4.275 g of an organic compound with a molecular formula C₁2H₂2 was burned in a constant volume bomb calorimeter. The temperature of the water rose from 20.50 °C to 37.50°C. If the quantity of water surrounding the calorimeter was exactly 2255 g and the heat capacity of the bomb calorimeter was 1.150kJ/°C, calculate the molar heat of combustion in kJ/mol of C₁2H22- (HINT: Double check units to ensure that you are adding like units)
A quantity of 4.275 g of an organic compound with a molecular formula C₁2H₂2 was burned in a constant volume bomb calorimeter. The temperature of the water rose from 20.50 °C to 37.50°C. If the quantity of water surrounding the calorimeter was exactly 2255 g and the heat capacity of the bomb calorimeter was 1.150kJ/°C, calculate the molar heat of combustion in kJ/mol of C₁2H22- (HINT: Double check units to ensure that you are adding like units)
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Chapter6: Thermochemisty
Section: Chapter Questions
Problem 6.113QP: A 10.00-g sample of acetic acid, HC2H3O2, was burned in a bomb calorimeter in an excess of oxygen....
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A quantity of 4.275 g of an organic compound with a molecular formula C₁2H₂2 was
burned in a constant volume bomb calorimeter. The temperature of the water rose
from 20.50 °C to 37.50°C. If the quantity of water surrounding the calorimeter was
exactly 2255 g and the heat capacity of the bomb calorimeter was 1.150kJ/°C,
calculate the molar heat of combustion in kJ/mol of C₁2H22. (HINT: Double check
units to ensure that you are adding like units)
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