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Type of Nut Almond Pecan Walnut Brazil Nut Hazel Nut Peanut Cashew Marshmallow Mass of Nut (mL) 0.85g 55mL 0.729 0.80g 55mL 0.939 0.919 55mL 55 mL 55mL 0.36g 56 mL 1.54g 55mL 6.17g 56 mL LAB: ENERGY FROM BURNING NUTS Assume that the density of the water is 1.0 g/mL mwater 55g 55g 55g 55g 55g 56g 55g 56g T₁ (°C) 26°C 53°C Tr (°C) 119°C 19°C 22°C 45°C 25°C 58°C 23°C 39°C 20°C 25°C 30% 23.5°C 83.5°C 36°C ΔΤ (°C) Energy Absorbed (q) Heat per gram of nut (J/g)

Type of Nut Almond Pecan Walnut Brazil Nut Hazel Nut Peanut Cashew Marshmallow Mass of Nut (mL) 0.85g 55mL 0.729 0.80g 55mL 0.939 0.919 55mL 55 mL 55mL 0.36g 56 mL 1.54g 55mL 6.17g 56 mL LAB: ENERGY FROM BURNING NUTS Assume that the density of the water is 1.0 g/mL mwater 55g 55g 55g 55g 55g 56g 55g 56g T₁ (°C) 26°C 53°C Tr (°C) 119°C 19°C 22°C 45°C 25°C 58°C 23°C 39°C 20°C 25°C 30% 23.5°C 83.5°C 36°C ΔΤ (°C) Energy Absorbed (q) Heat per gram of nut (J/g)

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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Please complete the rest of the chart below using the data given

 

formual that maybe useful:

q = m c delta T

Type of Nut Almond Pecan Walnut Brazil Nut Hazel Nut Peanut Cashew Marshmallow Mass of Nut Vwater (mL) 0.85g 55mL 0.729 0.80g 55mL 0.939 0.919 55mL 55 mL 55mL 0.36g 56 mL 1.54g 55mL 6.179 56 mL LAB: ENERGY FROM BURNING NUTS Assume that the density of the water is 1.0 g/mL mwater 55g 55g 55g 55g 55g 56g 55g 56g T₁ (°C) 26°C 53°C 19°C 19°C 22°C 45°C 25°C Tr (°C) 20°C 23°C 39°C 58°C 25°C 30% 23.5°C 83.5°C 36°C ΔΤ (°C) Energy Absorbed (q) Heat per gram of nut (J/g)
Transcribed Image Text:Type of Nut Almond Pecan Walnut Brazil Nut Hazel Nut Peanut Cashew Marshmallow Mass of Nut Vwater (mL) 0.85g 55mL 0.729 0.80g 55mL 0.939 0.919 55mL 55 mL 55mL 0.36g 56 mL 1.54g 55mL 6.179 56 mL LAB: ENERGY FROM BURNING NUTS Assume that the density of the water is 1.0 g/mL mwater 55g 55g 55g 55g 55g 56g 55g 56g T₁ (°C) 26°C 53°C 19°C 19°C 22°C 45°C 25°C Tr (°C) 20°C 23°C 39°C 58°C 25°C 30% 23.5°C 83.5°C 36°C ΔΤ (°C) Energy Absorbed (q) Heat per gram of nut (J/g)
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