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Data and Calculations Fill in the following data from when you performed this lab. Attach the printed graphs from the temperature probes to this data sheet when you submit this report. Each person should submit an individual report with attached graphs. Trial 4 Trial 1 Trial 3 Trial 2 Mass of Mg/MgO 0.344 0.398 0.1520 D.115 Initial Temperature* 20.6°c 20.4°c 20.7°C 23.5°C 20. 3°C Final Temperature* 24. 0c 36.2°C Change in Temp. 2.80c _18°८ । Calculations: 1. For each of your trials determine the heat liberated. Assume the HCl solution in the calorimeter has a density of 100 g/mL and that the calorimeter loses a negligible amount of heat. (The specific heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for credit. mass x specific heat x At Trial4 Trial1 Trial 2 Triai3 (.1154)4.180H 9(.9444) (4.184) (7.9) 1:13997) (4.184) (18) a-1520) (4.104) (2.8) 8.81 2- 12.98 9-29.5KJ 19.5k 20KT 8.81KJ 12.98KJ =(kilojoules) Change eachq to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH (kilojoules) AH-9 43 Calculations: 1. For each of your trials determine the heat liberated. Assume the HC1 solution in the calorimeter heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for has a density of 00 g/mL and that the calorimeter loses a negligible amount of heat. (The specific credit. =mass x specific heat x At Triai1 Trial4 Trial 2 Tria13 (1754)4.1840 9(9944) (4.184) (17.9) 1-(.3987) (4.184) (18) C7520) (4.104) (2.0) q 2- 12.98 9-29.5KJ -8,81 q= (kilojoules) 29.5kJ 20KT 8.81KJ 12.99KJ Change each q to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH=(kilojoules) 1 AH-2 43

Data and Calculations Fill in the following data from when you performed this lab. Attach the printed graphs from the temperature probes to this data sheet when you submit this report. Each person should submit an individual report with attached graphs. Trial 4 Trial 1 Trial 3 Trial 2 Mass of Mg/MgO 0.344 0.398 0.1520 D.115 Initial Temperature* 20.6°c 20.4°c 20.7°C 23.5°C 20. 3°C Final Temperature* 24. 0c 36.2°C Change in Temp. 2.80c _18°८ । Calculations: 1. For each of your trials determine the heat liberated. Assume the HCl solution in the calorimeter has a density of 100 g/mL and that the calorimeter loses a negligible amount of heat. (The specific heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for credit. mass x specific heat x At Trial4 Trial1 Trial 2 Triai3 (.1154)4.180H 9(.9444) (4.184) (7.9) 1:13997) (4.184) (18) a-1520) (4.104) (2.8) 8.81 2- 12.98 9-29.5KJ 19.5k 20KT 8.81KJ 12.98KJ =(kilojoules) Change eachq to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH (kilojoules) AH-9 43 Calculations: 1. For each of your trials determine the heat liberated. Assume the HC1 solution in the calorimeter heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for has a density of 00 g/mL and that the calorimeter loses a negligible amount of heat. (The specific credit. =mass x specific heat x At Triai1 Trial4 Trial 2 Tria13 (1754)4.1840 9(9944) (4.184) (17.9) 1-(.3987) (4.184) (18) C7520) (4.104) (2.0) q 2- 12.98 9-29.5KJ -8,81 q= (kilojoules) 29.5kJ 20KT 8.81KJ 12.99KJ Change each q to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH=(kilojoules) 1 AH-2 43

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Can you help me on the part that says change each q to delta h? The data is on the top of the page 

Data and Calculations Fill in the following data from when you performed this lab. Attach the printed graphs from the temperature probes to this data sheet when you submit this report. Each person should submit an individual report with attached graphs. Trial 4 Trial 1 Trial 3 Trial 2 Mass of Mg/MgO 0.344 0.398 0.1520 D.115 Initial Temperature* 20.6°c 20.4°c 20.7°C 23.5°C 20. 3°C Final Temperature* 24. 0c 36.2°C Change in Temp. 2.80c _18°८ । Calculations: 1. For each of your trials determine the heat liberated. Assume the HCl solution in the calorimeter has a density of 100 g/mL and that the calorimeter loses a negligible amount of heat. (The specific heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for credit. mass x specific heat x At Trial4 Trial1 Trial 2 Triai3 (.1154)4.180H 9(.9444) (4.184) (7.9) 1:13997) (4.184) (18) a-1520) (4.104) (2.8) 8.81 2- 12.98 9-29.5KJ 19.5k 20KT 8.81KJ 12.98KJ =(kilojoules) Change eachq to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH (kilojoules) AH-9 43
Transcribed Image Text:Data and Calculations Fill in the following data from when you performed this lab. Attach the printed graphs from the temperature probes to this data sheet when you submit this report. Each person should submit an individual report with attached graphs. Trial 4 Trial 1 Trial 3 Trial 2 Mass of Mg/MgO 0.344 0.398 0.1520 D.115 Initial Temperature* 20.6°c 20.4°c 20.7°C 23.5°C 20. 3°C Final Temperature* 24. 0c 36.2°C Change in Temp. 2.80c _18°८ । Calculations: 1. For each of your trials determine the heat liberated. Assume the HCl solution in the calorimeter has a density of 100 g/mL and that the calorimeter loses a negligible amount of heat. (The specific heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for credit. mass x specific heat x At Trial4 Trial1 Trial 2 Triai3 (.1154)4.180H 9(.9444) (4.184) (7.9) 1:13997) (4.184) (18) a-1520) (4.104) (2.8) 8.81 2- 12.98 9-29.5KJ 19.5k 20KT 8.81KJ 12.98KJ =(kilojoules) Change eachq to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH (kilojoules) AH-9 43
Calculations: 1. For each of your trials determine the heat liberated. Assume the HC1 solution in the calorimeter heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for has a density of 00 g/mL and that the calorimeter loses a negligible amount of heat. (The specific credit. =mass x specific heat x At Triai1 Trial4 Trial 2 Tria13 (1754)4.1840 9(9944) (4.184) (17.9) 1-(.3987) (4.184) (18) C7520) (4.104) (2.0) q 2- 12.98 9-29.5KJ -8,81 q= (kilojoules) 29.5kJ 20KT 8.81KJ 12.99KJ Change each q to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH=(kilojoules) 1 AH-2 43
Transcribed Image Text:Calculations: 1. For each of your trials determine the heat liberated. Assume the HC1 solution in the calorimeter heat of the solution can be assumed to be the same as water, 4.184 J/g.°C.) Show work neatly for has a density of 00 g/mL and that the calorimeter loses a negligible amount of heat. (The specific credit. =mass x specific heat x At Triai1 Trial4 Trial 2 Tria13 (1754)4.1840 9(9944) (4.184) (17.9) 1-(.3987) (4.184) (18) C7520) (4.104) (2.0) q 2- 12.98 9-29.5KJ -8,81 q= (kilojoules) 29.5kJ 20KT 8.81KJ 12.99KJ Change each q to AH with the appropriate sign. Remember that enthalpy has been gained by the water, therefore, enthalpy has been lost by the reaction system. AH=(kilojoules) 1 AH-2 43
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