(0) To check if the AH.° (C2H6 (2) obtained in part (b) is correct, a student burnt 0.09 g of C:How in a bomb cnlorimete

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(0) To check if the AH.° (C2H6 (2) obtained in part (b) is correct, a student burnt 0.09 g of C:How in a bomb cnlorimete

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0 To Check If The Ah C2h6 2 Obtained In Part B Is Correct A Student Burnt 0 09 G Of C How In A Bomb Cnlorimete 1
0 To Check If The Ah C2h6 2 Obtained In Part B Is Correct A Student Burnt 0 09 G Of C How In A Bomb Cnlorimete 1 (146.58 KiB) Viewed 76 times
(0) To check if the AH.° (C2H6 (2) obtained in part (b) is correct, a student burnt 0.09 g of C:How in a bomb cnlorimeter containing 50,0 g of water and recorded the following data: The initial temperature of onlorimeter and water (T) = 25.3 "C: The final temperature of calorimeter and water (T) = 44.6°C (0) Given that the specific heat capacity of water is 4.181 g 1°C and the heat capacity of the bomb calorimeter is 30.0 JSC. What is the heat produced in this reaction (qrxu) (in kJ)? (6 marks)
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