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Heat of neutralization of strong acid Run 1 50 mL of HCI 38 mL of NaOH Molarity of HCL: 1.0024 M HCI Molarity of NAOH: 1.0521 M NaOH

Heat of neutralization of strong acid Run 1 50 mL of HCI 38 mL of NaOH Molarity of HCL: 1.0024 M HCI Molarity of NAOH: 1.0521 M NaOH

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter16: Solutions
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Final temp of water: 20.8 degrees Ceisius Heat of neutralization of strong acid Run 1 50 ml of HCI 38 mL of NaOH Molarity of HCL: 1.0024 M HCI Molarity of NAOH: 1.0521 M NaOH Temp. of HCl in calorimeter:22.0 degrees Celsius Temp. of NaOH in calorimeter:22.0 degrees Celsius Final temp. of solution: 28.2 degrees Celsius Run 2 50 ml of HCI 36 ml of NaOH Molarity of HCL: 1.0024 M HCI Molarity of NAOH: 1.0521 M NaOH Temp. of HCl in calorimeter: 21.8 degrees Celsius Temp. of NaOH in calorimeter: 21.8 degrees Celsius Final temp. of solution: 28.2 degrees Celsius
Transcribed Image Text:Final temp of water: 20.8 degrees Ceisius Heat of neutralization of strong acid Run 1 50 ml of HCI 38 mL of NaOH Molarity of HCL: 1.0024 M HCI Molarity of NAOH: 1.0521 M NaOH Temp. of HCl in calorimeter:22.0 degrees Celsius Temp. of NaOH in calorimeter:22.0 degrees Celsius Final temp. of solution: 28.2 degrees Celsius Run 2 50 ml of HCI 36 ml of NaOH Molarity of HCL: 1.0024 M HCI Molarity of NAOH: 1.0521 M NaOH Temp. of HCl in calorimeter: 21.8 degrees Celsius Temp. of NaOH in calorimeter: 21.8 degrees Celsius Final temp. of solution: 28.2 degrees Celsius
2. Calculate the AHº (on a per mole basis) for the HCI/NaOH neutralization. You may assume that the specific heat and density of the resulting solution to be the same as water. Be sure to use the combined total volumes of HCl and NaOH when calculating the total mass for this reaction. Remember to take into account the moles of limiting reagent when calculating the AH° on a per mole basis. a. Calculate the average value for the molar heat of neutralization for your two trials. b. Given that the literature value for the heat of neutralization of H,O* is - 56.146 kJ/mol, calculate the percent error in your result.
Transcribed Image Text:2. Calculate the AHº (on a per mole basis) for the HCI/NaOH neutralization. You may assume that the specific heat and density of the resulting solution to be the same as water. Be sure to use the combined total volumes of HCl and NaOH when calculating the total mass for this reaction. Remember to take into account the moles of limiting reagent when calculating the AH° on a per mole basis. a. Calculate the average value for the molar heat of neutralization for your two trials. b. Given that the literature value for the heat of neutralization of H,O* is - 56.146 kJ/mol, calculate the percent error in your result.
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