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P4.10 We return to the 58-kg hiker of P4.9, who is climb- ing the 828-m-tall Burj Khalifa in Dubai. If the efficiency of converting the energy content of the bars into the work of climbing is 25%, the remaining 75% of the energy released through metabolism is heat released to her body. She eats two energy bars, one of which produces 1.25 X 10° kJ of energy upon metabolizing. Assume that the heat capacity of her body is equal to that for water. Calculate her temperature at the top of the structure. Is your result reasonable? Can you think of a mechanism by which her body might release energy to avoid a temperature increase?

P4.10 We return to the 58-kg hiker of P4.9, who is climb- ing the 828-m-tall Burj Khalifa in Dubai. If the efficiency of converting the energy content of the bars into the work of climbing is 25%, the remaining 75% of the energy released through metabolism is heat released to her body. She eats two energy bars, one of which produces 1.25 X 10° kJ of energy upon metabolizing. Assume that the heat capacity of her body is equal to that for water. Calculate her temperature at the top of the structure. Is your result reasonable? Can you think of a mechanism by which her body might release energy to avoid a temperature increase?

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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P4.10

Arab Fe(s up and that her body is 25% efficient in converting the energy content of the bars into the work of climbing. How many energy bars does she have to eat if a single bar produces 1.25 X 10 kJ of energy upon metabolizing? H2S P4.1 stan P4.10 We return to the 58-kg hiker of P4.9, who is climb- ing the 828-m-tall Burj Khalifa in Dubai. If the efficiency of converting the energy content of the bars into the work of climbing is 25%, the remaining 75% of the energy released through metabolism is heat released to her body. She eats two energy bars, one of which produces 1.25 X 10° kJ of energy upon metabolizing. Assume that the heat capacity of her body is equal to that for water. Calculate her temperature at the top of the structure. Is your result reasonable? Can you think of a mechanism by which her body might release energy to avoid Fe2 FeC CO Cale a temperature increase? of F P4.11 In a constant pressure calorimeter, 33.3 mL of 0.100M AGNO3 is mixed with 33.3 mL of 0.100M HCI. The reaction Ag*(aq) + CI(aa) takes nlaco Th P4. A,L calc
Transcribed Image Text:Arab Fe(s up and that her body is 25% efficient in converting the energy content of the bars into the work of climbing. How many energy bars does she have to eat if a single bar produces 1.25 X 10 kJ of energy upon metabolizing? H2S P4.1 stan P4.10 We return to the 58-kg hiker of P4.9, who is climb- ing the 828-m-tall Burj Khalifa in Dubai. If the efficiency of converting the energy content of the bars into the work of climbing is 25%, the remaining 75% of the energy released through metabolism is heat released to her body. She eats two energy bars, one of which produces 1.25 X 10° kJ of energy upon metabolizing. Assume that the heat capacity of her body is equal to that for water. Calculate her temperature at the top of the structure. Is your result reasonable? Can you think of a mechanism by which her body might release energy to avoid Fe2 FeC CO Cale a temperature increase? of F P4.11 In a constant pressure calorimeter, 33.3 mL of 0.100M AGNO3 is mixed with 33.3 mL of 0.100M HCI. The reaction Ag*(aq) + CI(aa) takes nlaco Th P4. A,L calc
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