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In reaction 1, If we had used 4 grams of NAOH instead of 2 g, would the heat gained by the solution [#6] have been larger, smaller or the same? Briefly explain.

In reaction 1, If we had used 4 grams of NAOH instead of 2 g, would the heat gained by the solution [#6] have been larger, smaller or the same? Briefly explain.

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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In reaction 1, If we had used 4 grams of NAOH instead of 2 g, would the heat gained by the solution [#6] have been larger, smaller or the same? Briefly explain.
Reaction 1 Reaction 2 Reaction 3 ENTHALPY OF REACTION for THREE REACTIONS 2.0193g 1.9886 g Record M and V 1. Mass of solid NaOH(g) 2.9886 g 2.5193 g 100 g 2. Mass of total solution (g) 21.00 c 20,77 c 20.74 c 3. Initial temperature (°C) 27.91 c 25.59 c 30.33 c 4. Final temperature (°C) 9.95 c 6.91 c 4.82 c 5. Change in temperature, AT ('C) 2.891144kj 0.0602 kj 0.10108kj 6. Heat gained by solution, q (kJ) 2.9 j 40.103 j 81.023 i 7. Moles of NaOH consumed (mol) -0.99693kj -0.0015kj -0.001246kj 8. Enthalpy of reaction, AH (kJ/mol) AH, AH, ΔΗ HESSÆS LAW CALCULATION FOR REACTION 2: 0.001246 9. Accepted Value for AH; [# 8] 0.00124404 10. Experimental Value for AH; [AH,+AH,] 99842 11. Percent Error Sample Calculations:
Transcribed Image Text:Reaction 1 Reaction 2 Reaction 3 ENTHALPY OF REACTION for THREE REACTIONS 2.0193g 1.9886 g Record M and V 1. Mass of solid NaOH(g) 2.9886 g 2.5193 g 100 g 2. Mass of total solution (g) 21.00 c 20,77 c 20.74 c 3. Initial temperature (°C) 27.91 c 25.59 c 30.33 c 4. Final temperature (°C) 9.95 c 6.91 c 4.82 c 5. Change in temperature, AT ('C) 2.891144kj 0.0602 kj 0.10108kj 6. Heat gained by solution, q (kJ) 2.9 j 40.103 j 81.023 i 7. Moles of NaOH consumed (mol) -0.99693kj -0.0015kj -0.001246kj 8. Enthalpy of reaction, AH (kJ/mol) AH, AH, ΔΗ HESSÆS LAW CALCULATION FOR REACTION 2: 0.001246 9. Accepted Value for AH; [# 8] 0.00124404 10. Experimental Value for AH; [AH,+AH,] 99842 11. Percent Error Sample Calculations:
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