The equation for heat capacity is C = (qb.a. • mb.a.)/T. qb.a. is the heat of combustion of benzoic acid at 26435 J/g while mb.a. is the mass of the benzoic acid. To find the heat capacity, the rise in temperature with the combustion of the benzoic acid must be identified. If the system is insulated, the entire system would be considered adiabatic and the temperature of the surrounding water would only increase. Since the procedure is adiabatic, qtotal = qsystem + qsurroundings = 0. qsystem is the heat that is released caused by the reaction while qsurroundings is rise of the water’s temperature. Measuring the temperature rise by burning the benzoic acid can be utilized to find the heat capacity from its previous
The equation for heat capacity is C = (qb.a. • mb.a.)/T. qb.a. is the heat of combustion of benzoic acid at 26435 J/g while mb.a. is the mass of the benzoic acid. To find the heat capacity, the rise in temperature with the combustion of the benzoic acid must be identified. If the system is insulated, the entire system would be considered adiabatic and the temperature of the surrounding water would only increase. Since the procedure is adiabatic, qtotal = qsystem + qsurroundings = 0. qsystem is the heat that is released caused by the reaction while qsurroundings is rise of the water’s temperature. Measuring the temperature rise by burning the benzoic acid can be utilized to find the heat capacity from its previous