(LO 13.2.4) How many joules of heat energy have been absorbed by a calorimeter if the final temperature of the mixed water is 1.6°C less than the average temperature during a calibration experiment? Answer: J SH(water) = 4.184 J/(g-°C); q = SH xm x AT Assume that 50 g of hot water was mixed with 50 g of cold water -330.72 J

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(LO 13.2.4) How many joules of heat energy have been absorbed by a calorimeter if the final temperature
of the mixed water is 1.6°C less than the average temperature during a calibration experiment? Answer: J
SH(water) = 4.184 J/(g-°C); q = SH x mx AT
Assume that 50 g of hot water was mixed with 50 g of cold water
-330.72 J
Transcribed Image Text:(LO 13.2.4) How many joules of heat energy have been absorbed by a calorimeter if the final temperature of the mixed water is 1.6°C less than the average temperature during a calibration experiment? Answer: J SH(water) = 4.184 J/(g-°C); q = SH x mx AT Assume that 50 g of hot water was mixed with 50 g of cold water -330.72 J
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