Info: To begin the experiment, a bomb calorimeter is filled with 4 1.11g CH and an excess of oxygen. The heat capacity of the calorimeter, including the bomb and the water, is 4.319 kJ g C ⋅° . The initial temperature of the system was 24.85°C, and the final temperature was 35.65°C.3.
Using the formula H m C T ∆ =− ⋅ ⋅∆ , calculate the heat of combustion of 41.11g CH.
Evaluate the information contained in this calculation and complete the following sentence
This calculation shows that burning ________ grams of methane [takes in/gives off] __________ energy.

Question

Info: To begin the experiment, a bomb calorimeter is filled with 4 1.11g CH and an excess of oxygen. The heat capacity of the calorimeter, including the bomb and the water, is 4.319 kJ g C ⋅° . The initial temperature of the system was 24.85°C, and the final temperature was 35.65°C.3. 
Using the formula H m C T ∆ =− ⋅ ⋅∆ , calculate the heat of combustion of 41.11g CH.
Evaluate the information contained in this calculation and complete the following sentence
This calculation shows that burning ________ grams of methane [takes in/gives off] __________ energy.

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plz close this question wen u r done with it