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A student experiment involved burning 1.04 g of C(s) in a calorimeter. The student found that burning the carbon released enough heat to increase the temperature of 1.00 kg of water from 12.00°C to 19.36°C. Calculate the amount of heat released by the carbon (assume all the heat went into the water).

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Related questions

F. A student performing an experiment to determine the caloriccontent of a cashew nut collected the following data:

Mass of cashew nut before burning: 0.55 g
After burning 0.05 g
Temperature increase of 200 g of water: 0.7oC.

Calculate the total energy released by the combustion of the cashewnut by using the water temperature increase, the mass of the waterand the specific heat capacity of water.

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1.) calculate the mass of peanut consumed in the combustion.

2.) Calculate the mass, in kilograms, of water heated.

3.) Calculate the total energy released by the combustion, using the water temperature increase, the water mass, and the specific heat capacity of water.

4.) Calculate the energy released per gram of peanut consumed in the combustion.

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