1) The thermal decomposition reaction of ethylamine at 520°C can berepresented by the equation:(₂#5 (g)and weT(min)Hucs)collect the data table below:O&P(mm Hg)Assumingalland rate constant55gares+ Ntz (g)273are ideal gar159.3106Determine the reaction order6טו101

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Answered: 1) The thermal decomposition reaction…

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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If 45 m3 of combustion products with a composition of 6.2% O2; 1% H2O, 12.3% CO2 and the remaining N2 are cooled at atmospheric pressure from 1100 K to 300 K. Determine what enthalpy change occurs
A gas consisting only of CO and N2 is made by passing a mixture of flue gas andair through a bed of incandescent coke (assume pure carbon). The two reactions thatoccur both go to completion:CO 2  + C → 2CO and 2C +  O 2  → 2COThe flue gas composition is 12.8 mol-% CO, 3.7 mol-% CO2, 5.4 mol-% O2, and78.1 mol-% N2. The flue gas/air mixture is so proportioned that the heats of the tworeactions cancel, and the temperature of the coke bed is therefore constant. If thistemperature is 875°C, if the feed stream is preheated to 875°C, and if the process isadiabatic, what ratio of moles of flue gas to moles of air is required, and what is thecomposition of the gas produced?
. CO₂ entering from a combustion (T = 500°C) process is mixed stoichiometrically with H₂ at (T= 25°C). A reaction occurs over a catalyst producing water and methane with a 70% conversion of the reactants. If the products leaving the reactor have a temperature of 725°C calculate the heat transfer to or from the reactor. CO₂ + 4H₂ → 2H₂O+CHA Assume Constant Cp for all components except H₂O. kJ mole. C CO2: Cp= 0.037 kJ mole C CO₂ T = 500°C H₂ T = 25°C H2: Cp = 0.029. Reactor kJ mole. C CH4: Cp = 0.033- CO2, H2, H₂O, CH4 T = 725°C

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1) The thermal decomposition reaction of ethylamine at 520°C can be represented by the equation: Cetts. C H₁. + NH₂