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0.9781 1. Mass of compound (g) 4.08 2. Wire length (cm) 3. Initial temperature ("C) 23.300 28.051 4. Final temperature ('C)

0.9781 1. Mass of compound (g) 4.08 2. Wire length (cm) 3. Initial temperature ("C) 23.300 28.051 4. Final temperature ('C)

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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What is the heat of combustion for the unknown organic compound?

Heat of combustion for the organic compound (ΔHcomb) in kJ/g

 

0.9761 1. Mass of compound (g) 4.08 2. Wire length (cm) Initial temperature 3. 23.360 (*C) 28.051 4. Final temperature ('C) Part 2 of 8 Calculations 5.291 5. Change in temperature, AT (°C) Part 3 of 8 Total heat released by burning the ignition wire and sucrose sample, qotal (kJ) -54.55021 6. Use Ccal = 10.310 kJ/*C for the Beyond Labz bomb calorimeter. Part 4 of Heat released by the ignition wire, qwire -0.04388 (kJ) 7. The ignition wire has a known heat of combustion of - 10.750 J/cm. Part 5 of 8 -54.50635 Heat released by the organic compound, 8. 4sample (kJ) of Part 6 of 8 Heat of combustion for the organic 9. compound (AHomb) in kJ/g
Transcribed Image Text:0.9761 1. Mass of compound (g) 4.08 2. Wire length (cm) Initial temperature 3. 23.360 (*C) 28.051 4. Final temperature ('C) Part 2 of 8 Calculations 5.291 5. Change in temperature, AT (°C) Part 3 of 8 Total heat released by burning the ignition wire and sucrose sample, qotal (kJ) -54.55021 6. Use Ccal = 10.310 kJ/*C for the Beyond Labz bomb calorimeter. Part 4 of Heat released by the ignition wire, qwire -0.04388 (kJ) 7. The ignition wire has a known heat of combustion of - 10.750 J/cm. Part 5 of 8 -54.50635 Heat released by the organic compound, 8. 4sample (kJ) of Part 6 of 8 Heat of combustion for the organic 9. compound (AHomb) in kJ/g
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