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Chem 14 Specifie Heat Capacity Lab Report Temperature of hot water bath(trial 3) L00: (C5) Final Temperature(trial 3): 23.5 (C6) Analyaia 1.) Look at your temperature data tables for the three trials. For each find the highest temperature that your calorimeter reached. This is the final temperature of both the calorimeter and the metal shot. Write this temperature in the data section on the (AB, B6, C6) line. 2) Calculate the change in temperature of the water in your calorimeter, AT AT Te-T CA6, B6, C6)-M, B4, C4) Aw=27.2 Blo = 24.4 Cu = 23-5 AT (trial 1)- CAT) AT (trial 2)= (B7) A4= 244 G4= 214 C4= 20-2 AT (trial 3)- (CT) 3.) Calculate the amount of energy that went into warming up the water in your 9 AT Here m. is what you wrote for (AS, B3, C3), 4184 and AT A7, B7, C7). x4.184 Jig-Cx CAS) A3= 84.118 Q(trial 1) = C3-77.397 q(trial 2)= x4.184 Jig Cx CB8) 67: C7= Q(trial 3)= x4.184 Jig-Cx (C8) 2 of 4

Chem 14 Specifie Heat Capacity Lab Report Temperature of hot water bath(trial 3) L00: (C5) Final Temperature(trial 3): 23.5 (C6) Analyaia 1.) Look at your temperature data tables for the three trials. For each find the highest temperature that your calorimeter reached. This is the final temperature of both the calorimeter and the metal shot. Write this temperature in the data section on the (AB, B6, C6) line. 2) Calculate the change in temperature of the water in your calorimeter, AT AT Te-T CA6, B6, C6)-M, B4, C4) Aw=27.2 Blo = 24.4 Cu = 23-5 AT (trial 1)- CAT) AT (trial 2)= (B7) A4= 244 G4= 214 C4= 20-2 AT (trial 3)- (CT) 3.) Calculate the amount of energy that went into warming up the water in your 9 AT Here m. is what you wrote for (AS, B3, C3), 4184 and AT A7, B7, C7). x4.184 Jig-Cx CAS) A3= 84.118 Q(trial 1) = C3-77.397 q(trial 2)= x4.184 Jig Cx CB8) 67: C7= Q(trial 3)= x4.184 Jig-Cx (C8) 2 of 4

Chemistry
Chemistry
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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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Chem 143 Specific Heat Capacity Lab Report Temperature of hot water bath(trial 3): 100 7 (С5) Tw = -9m Final Temperature(trial 3): 23.5 (C6) Analysis 1.) Look at your temperature data tables for the three trials. For each find the highest temperature that your calorimeter reached. This is the final temperature of both the calorimeter and the metal shot. Write this temperature in the data section on the (A6, B6, C6) line. 2.) Calculate the change in temperature of the water in your calorimeter, ATwater. ATWater= Trfinal-Tinitial= (A6, B6, C6)-(A4, B4, C4) Alo=27.2 Blo = 24.4 cle = 23.5 ATWater (trial 1)= (A7) %3D A4= 24.4 34= 21.4 C4= 20.2 ATWater (trial 2)= (B7) %3D ATWater (trial 3)= (C7) 3.) Calculate the amount of energy that went into warming up the water in your calorimeter. We will call this qwater. Use the following equation. 9Water= mWater°C Water"A Twater Here mwater is what you wrote for (A3, B3, C3), cWater=4.184 g.°C J and ATWater=(A7, B7, C7). qWater (trial 1) = x 4.184 J/g.C x A3=84.118 (A8) B3C 82.789 (3=77.397 QWater (trial 2) = x 4.184 J/g-C x (B8) %3D A7= B7= QWatar(trial 3) x 4.184 J/g.C x %3D (С8) C7= 2 of 4
Transcribed Image Text:Chem 143 Specific Heat Capacity Lab Report Temperature of hot water bath(trial 3): 100 7 (С5) Tw = -9m Final Temperature(trial 3): 23.5 (C6) Analysis 1.) Look at your temperature data tables for the three trials. For each find the highest temperature that your calorimeter reached. This is the final temperature of both the calorimeter and the metal shot. Write this temperature in the data section on the (A6, B6, C6) line. 2.) Calculate the change in temperature of the water in your calorimeter, ATwater. ATWater= Trfinal-Tinitial= (A6, B6, C6)-(A4, B4, C4) Alo=27.2 Blo = 24.4 cle = 23.5 ATWater (trial 1)= (A7) %3D A4= 24.4 34= 21.4 C4= 20.2 ATWater (trial 2)= (B7) %3D ATWater (trial 3)= (C7) 3.) Calculate the amount of energy that went into warming up the water in your calorimeter. We will call this qwater. Use the following equation. 9Water= mWater°C Water"A Twater Here mwater is what you wrote for (A3, B3, C3), cWater=4.184 g.°C J and ATWater=(A7, B7, C7). qWater (trial 1) = x 4.184 J/g.C x A3=84.118 (A8) B3C 82.789 (3=77.397 QWater (trial 2) = x 4.184 J/g-C x (B8) %3D A7= B7= QWatar(trial 3) x 4.184 J/g.C x %3D (С8) C7= 2 of 4
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