The chemical equation for the cracking of ethane to produce ethylene is given below. C2H, * CzH, + H2 Estimate the enthalpy of this reaction at 3 bar and 550°C (typical conditions). Cp J/mol-K...


plz help idk if its right


The chemical equation for the cracking of ethane to produce ethylene is given<br>below.<br>C2H, * CzH, + H2<br>Estimate the enthalpy of this reaction at 3 bar and 550°C (typical conditions).<br>Cp<br>J/mol-K<br>Compound<br>AH (25°C)<br>kJ/mol<br>CH<br>CH4<br>H2<br>-83.82<br>52.5<br>52.51<br>43.7<br>29.1<br>let<br>Cztle A, Cz Ha + Hz<br>PexN →2c =EDHE ( produets)- DHF' CReactQnts)<br>KS<br>DH =/52.5 +o) KJ<br>[-85.02]<br>Mol<br>me c<br>130.53 o mou<br>at Constart<br>Pressure<br>A Cpm<br>Tz-T1<br>Here, T,-25°c, Te = 550°c =T,= 298K¢ T =828K<br>298K ¢ To =828k<br>ン<br>E(Ccem) produets - ECpm/peact<br>Otlssóc -136 3303/moC<br>(43.7 +29.1)<br>-(52.5) c<br>nol'k<br>525K<br>(20.3)5<br>ニ<br>

Extracted text: The chemical equation for the cracking of ethane to produce ethylene is given below. C2H, * CzH, + H2 Estimate the enthalpy of this reaction at 3 bar and 550°C (typical conditions). Cp J/mol-K Compound AH (25°C) kJ/mol CH CH4 H2 -83.82 52.5 52.51 43.7 29.1 let Cztle A, Cz Ha + Hz PexN →2c =EDHE ( produets)- DHF' CReactQnts) KS DH =/52.5 +o) KJ [-85.02] Mol me c 130.53 o mou at Constart Pressure A Cpm Tz-T1 Here, T,-25°c, Te = 550°c =T,= 298K¢ T =828K 298K ¢ To =828k ン E(Ccem) produets - ECpm/peact Otlssóc -136 3303/moC (43.7 +29.1) -(52.5) c nol'k 525K (20.3)5 ニ

Jun 11, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here