(Q6) Nitroglycerine combustion takes place in a bomb calorimeter that is insulated by 639.6 grams of water. Given that the specific heat of the bomb calorimeter is 1,015 J/°C, and the temperature of the water increased by 38.04 °C, how much heat (in kJ) was released as a result of the combustion? (3 sf)

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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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(Q6) Nitroglycerine combustion takes place in a bomb calorimeter that is insulated by 639.6 grams
of water. Given that the specific heat of the bomb calorimeter is 1,015 J/°C, and the temperature
of the water increased by 38.04 °C, how much heat (in kJ) was released as a result of the
combustion? (3 sf)
Transcribed Image Text:(Q6) Nitroglycerine combustion takes place in a bomb calorimeter that is insulated by 639.6 grams of water. Given that the specific heat of the bomb calorimeter is 1,015 J/°C, and the temperature of the water increased by 38.04 °C, how much heat (in kJ) was released as a result of the combustion? (3 sf)
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