Calculate the heat change of the combustion of 1.78 g. benzoic acid (CgHsCOOH) in a constan: bomb calorimeter. As measured, the temperature rises from 15.17°C to 28.52°C and the heat capacity of the...

Calculate the heat change of the combustion of 1.78 g. benzoic acid (CgHsCOOH) in a constan: bomb<br>calorimeter. As measured, the temperature rises from 15.17°C to 28.52°C and the heat capacity of the bomb<br>plus water is 5.7125 KJPC. (in kJ/g)<br>O -78.26<br>O -42.9<br>76.28<br>O -24.9<br>

Extracted text: Calculate the heat change of the combustion of 1.78 g. benzoic acid (CgHsCOOH) in a constan: bomb calorimeter. As measured, the temperature rises from 15.17°C to 28.52°C and the heat capacity of the bomb plus water is 5.7125 KJPC. (in kJ/g) O -78.26 O -42.9 76.28 O -24.9

Jun 11, 2022

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Calculate the heat change of the combustion of 1.78 g. benzoic acid (CgHsCOOH) in a constan: bomb calorimeter. As measured, the temperature rises from 15.17°C to 28.52°C and the heat capacity of the...

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