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You are required to determine the specific heat capacity of colostrum. You used a constant volume calorimeter with a heat capacity of 758 J/K and the combustion of acetylene (C,H2) to do the experiment: 2C2H2(e) + 502(e) → 4CO216) + 2H2O(e) - A;H = -2610kJ ---- The calorimeter is filled with 1.190L of colostrum (instead of water). The density of colostrum is 1.034 g/ cm³. When 4.413 g of acetylene is burned in excess oxygen in the bomb of the calorimeter, the temperature of colostrum and the bomb increased from 22.5°C to 61.9°C. Show all the steps you would follow to calculate the specific heat capacity of colostrum.

You are required to determine the specific heat capacity of colostrum. You used a constant volume calorimeter with a heat capacity of 758 J/K and the combustion of acetylene (C,H2) to do the experiment: 2C2H2(e) + 502(e) → 4CO216) + 2H2O(e) - A;H = -2610kJ ---- The calorimeter is filled with 1.190L of colostrum (instead of water). The density of colostrum is 1.034 g/ cm³. When 4.413 g of acetylene is burned in excess oxygen in the bomb of the calorimeter, the temperature of colostrum and the bomb increased from 22.5°C to 61.9°C. Show all the steps you would follow to calculate the specific heat capacity of colostrum.

Physical Chemistry
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter2: The First Law Of Thermodynamics
Section: Chapter Questions
Problem 2.83E: Benzoic acid, C6H5COOH, is a common standard used in bomb calorimeters, which maintain a constant...
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You are required to determine the specific heat capacity of colostrum. You used a constant volume calorimeter with a heat capacity of 758 J/K and the combustion of acetylene (C,H2) to do the experiment: 2C2H2(e) + 502(e) → 4CO216) + 2H2O(e) - A;H = -2610kJ ---- The calorimeter is filled with 1.190L of colostrum (instead of water). The density of colostrum is 1.034 g/ cm³. When 4.413 g of acetylene is burned in excess oxygen in the bomb of the calorimeter, the temperature of colostrum and the bomb increased from 22.5°C to 61.9°C. Show all the steps you would follow to calculate the specific heat capacity of colostrum.
Transcribed Image Text:You are required to determine the specific heat capacity of colostrum. You used a constant volume calorimeter with a heat capacity of 758 J/K and the combustion of acetylene (C,H2) to do the experiment: 2C2H2(e) + 502(e) → 4CO216) + 2H2O(e) - A;H = -2610kJ ---- The calorimeter is filled with 1.190L of colostrum (instead of water). The density of colostrum is 1.034 g/ cm³. When 4.413 g of acetylene is burned in excess oxygen in the bomb of the calorimeter, the temperature of colostrum and the bomb increased from 22.5°C to 61.9°C. Show all the steps you would follow to calculate the specific heat capacity of colostrum.
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