PART 1. DETERMINATION OF THE HEAT CAPACITY OF THE CALORIMETER EXPERIMENTAL DATA ΔΗ. "neutralization = -55.84 kJ/mol Run 1 Run 2 Mass of dry calorimeter, (g) 139.14 137.68 Molarity of the standard HCI,...

Please help find C_cal. I was not sure what information is required so I have attached it below.

Extracted text: PART 1. DETERMINATION OF THE HEAT CAPACITY OF THE CALORIMETER EXPERIMENTAL DATA ΔΗ. "neutralization = -55.84 kJ/mol Run 1 Run 2 Mass of dry calorimeter, (g) 139.14 137.68 Molarity of the standard HCI, (M) 2.962 Initial burette reading. (mL) 3.18 1.43 Final burette reading. (mL) 17.19 15.51 Initial temperature of HCl, (°C) 22.49 21.55 Initial temperature of NaOH, (*C) 23.42 23.70 Mass of calorimeter and NaCl solution, (g) 169.56 169.13 Extrapolated temperature, T;. (*C) 39.99 39.22

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Extracted text: The specific heat capacity of the solution is 3.74 J/g °C. If Cenl is negative, enter 0. cal Run 1 Run 2 Unrounded Rounded Unrounded Rounded Volume of standard HCl used, (mL) 14.01 14.08 Moles of H used, (mol) 0.04149762 0.04150 0.04170496 0.04170 -2317.23 Heat of reaction, qran - 0) 2.317227101 -2328.804966 -2317 -2329 Heat absorbed by calorimeter and the NaCl solution, qubs. () 2317.23 2317 2328.804966 2329 Avg temperature of HCl and NaOH, T. ("C) 22.955 22.96 22.625 22.63 AT, T; – T. (*C) 17.035 17.04 16.595 16.60 Mass of NaCl solution, (g) 30.42 31.45 Cal. U/°C) 4. > 3.