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Name: General Chemistry I Laboratory Manual, 2021 Revision Hess' Law Pre-Lab Date: 1) Determine the AH° for the reaction shown below using standard heat of formation values from your textbook. Fe(s) + 3/402(g) → 1/2Fe2O3(s) 113 2) For the reaction above, how much heat would be liberated by the combustion of 2.000 g of iron metal in excess oxygen? 3) If 2.000 g of iron metal are reacted in a calorimeter with a heat capacity of 350.0 C what would be the final temperature of the calorimeter if its initial temperature were 23.0°C? Ca

Name: General Chemistry I Laboratory Manual, 2021 Revision Hess' Law Pre-Lab Date: 1) Determine the AH° for the reaction shown below using standard heat of formation values from your textbook. Fe(s) + 3/402(g) → 1/2Fe2O3(s) 113 2) For the reaction above, how much heat would be liberated by the combustion of 2.000 g of iron metal in excess oxygen? 3) If 2.000 g of iron metal are reacted in a calorimeter with a heat capacity of 350.0 C what would be the final temperature of the calorimeter if its initial temperature were 23.0°C? Ca

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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Name: General Chemistry I Laboratory Manual, 2021 Revision Hess' Law Pre-Lab Date: 1) Determine the AH° for the reaction shown below using standard heat of formation values from your textbook. Fe(s) + 3/402(g) → 1/2Fe2O3(s) 2) For the reaction above, how much heat would be liberated by the combustion of 2.000 g of iron metal in excess oxygen? J 3) If 2.000 g of iron metal are reacted in a calorimeter with a heat capacity of 350.0 23.0°C? what would be the final temperature of the calorimeter if its initial temperature were al 113 C
Transcribed Image Text:Name: General Chemistry I Laboratory Manual, 2021 Revision Hess' Law Pre-Lab Date: 1) Determine the AH° for the reaction shown below using standard heat of formation values from your textbook. Fe(s) + 3/402(g) → 1/2Fe2O3(s) 2) For the reaction above, how much heat would be liberated by the combustion of 2.000 g of iron metal in excess oxygen? J 3) If 2.000 g of iron metal are reacted in a calorimeter with a heat capacity of 350.0 23.0°C? what would be the final temperature of the calorimeter if its initial temperature were al 113 C
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