Mass of Calorimeter (g) Mass of Calorimeter + Cold Water (g) Mass of Cold Water (g) (A2- A1) Temperature of Cold Water (°C Temperature of Hot Water (°C) Final Temperature of Water (°C) A1: 52.7 A2: 107.7 21.4 44.3 30.1 Mass of Calorimeter + Cold Water + Hot A3: 215.1 Water (g) Mass of Hot Water (g) (A3 – A2) Determine the heat capacity of the calorimeter. (Remember C; = 4.18 J g1 °C)
Mass of Calorimeter (g) Mass of Calorimeter + Cold Water (g) Mass of Cold Water (g) (A2- A1) Temperature of Cold Water (°C Temperature of Hot Water (°C) Final Temperature of Water (°C) A1: 52.7 A2: 107.7 21.4 44.3 30.1 Mass of Calorimeter + Cold Water + Hot A3: 215.1 Water (g) Mass of Hot Water (g) (A3 – A2) Determine the heat capacity of the calorimeter. (Remember C; = 4.18 J g1 °C)
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Chapter6: Thermochemisty
Section: Chapter Questions
Problem 6.111QP: In a calorimetric experiment, 6.48 g of lithium hydroxide, LiOH, was dissolved in water. The...
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![Mass of Calorimeter (g)
Mass of Calorimeter + Cold Water (g)
Mass of Cold Water (g) (A2- A1)
Temperature of Cold Water (°c
Temperature of Hot Water (°C)
Final Temperature of Water (°C)
A1: 52.7
A2: 107.7
21.4
44.3
30.1
Mass of Calorimeter + Cold Water + Hot
A3: 215.1
Water (g)
Mass of Hot Water (g) (A3 – A2)
Determine the heat capacity of the calorimeter. (Remember C, = 4.18 Jg1 °C)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4d01b2af-24d8-4955-9148-41a08b279b4f%2Fde4dee19-8af2-45b2-badb-77a81ba0f891%2F1p3amre_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Mass of Calorimeter (g)
Mass of Calorimeter + Cold Water (g)
Mass of Cold Water (g) (A2- A1)
Temperature of Cold Water (°c
Temperature of Hot Water (°C)
Final Temperature of Water (°C)
A1: 52.7
A2: 107.7
21.4
44.3
30.1
Mass of Calorimeter + Cold Water + Hot
A3: 215.1
Water (g)
Mass of Hot Water (g) (A3 – A2)
Determine the heat capacity of the calorimeter. (Remember C, = 4.18 Jg1 °C)
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