A 24.6 gram iron nail (c-0.42 J/g-C), starting at 13°C is heated to a temperature of 664 C How ma oules were needed to do this?

Chemistry & Chemical Reactivity
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Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter5: Principles Of Chemical Reactivity: Energy And Chemical Reactions
Section: Chapter Questions
Problem 104SCQ: Prepare a graph of specific heat capacities for metals versus their atomic weights. Combine the data...
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Russo One
PA 24.6 gram iron nail (c-0.42 J/g-C), starting at 13°C is heated to a temperature of 664 C How ma
joules were needed to do this?
A sample of penguinium (m-24.5 grams) is exposed to 133 joules and its temperature rises from 12
to 355 C What is its specific heat capacity?
A 84.5 gram sample of speedskatium (c=0.266 J/g-°C) is heated with 499 Joules. If its starting
temperature is 21°C, what will its final temperature be?
10. How many grams of water (c=4.18 J/g-°C) can be taken from 4°C to 97°C it 2193 Joules are used?
11. A 33.54 gram steel nail (c=0.41 J/g-°C) is heated until it glows. It is then dropped into a cup with 103
grams of water (c=4.18 J/g-°C) at a temperature of 5.9°C. If the water and steel reach an equilibrium
Transcribed Image Text:d Morris-Practice Exam-Solutions & Thermochem View Insert Format Tools Add-ons Help Accessibility Last edit - - 32 + BIU YO0 Normal text Russo One PA 24.6 gram iron nail (c-0.42 J/g-C), starting at 13°C is heated to a temperature of 664 C How ma joules were needed to do this? A sample of penguinium (m-24.5 grams) is exposed to 133 joules and its temperature rises from 12 to 355 C What is its specific heat capacity? A 84.5 gram sample of speedskatium (c=0.266 J/g-°C) is heated with 499 Joules. If its starting temperature is 21°C, what will its final temperature be? 10. How many grams of water (c=4.18 J/g-°C) can be taken from 4°C to 97°C it 2193 Joules are used? 11. A 33.54 gram steel nail (c=0.41 J/g-°C) is heated until it glows. It is then dropped into a cup with 103 grams of water (c=4.18 J/g-°C) at a temperature of 5.9°C. If the water and steel reach an equilibrium
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