Observe the reaction below and calculate ahr at 700° c. 90°c 70% c2h4 (9) 30% n2 czhe (9) + hcl (9) - ch3ch2cl (g) 700°c 9000 kg/h ch3ch2cl (9) 150°c 10% h2o (9) 90% hci ( 60% excess) data: c(s) + o2 (g) co (9) ahⓡr = -110.52 kj/gmol co (9) + o2(g) - co2 (9) ahⓡr = -282.99 kj/gmolah 1 (h20 liq) = -285.84 kj/gmol ah(ch3ch2cl gas) = -110.52 kj/gmol ah (hcl gas) = -92.311 kj/gmol ahc (c2he gas) = -1410.99 kj/gmol
c(czhe gas) = 40.75 +0.1147 t -0.6891 t2 j/gmol. k cp.. (chch2cl gas) = 123.287 j/gmol. k cp, ave (hcl gas) = 33.1458 j/gmol. k (with t in kelvin] [valid for 0 -1000c] (valid for 0-800"]