C,=a+bT J/molK bx 103 ΔΗ298 Temperature Given Data: J/mol Range ( K) a 43.93 31.38 298-2500 C2H2 (8). CO2 (8). H2O (8). N2 (8) O2 (8) 226,800 -393,500 44.14 9.04 298-2500 -241,800 30.0 10.71 298-2500...

Calculate the maximum temperature (Tmax) that will be obtained if 1 mole of acetylene (C2H2) is
burned with 52 % more air at 574°C.

C,=a+bT J/molK<br>bx 103<br>ΔΗ298<br>Temperature<br>Given Data:<br>J/mol<br>Range ( K)<br>a<br>43.93<br>31.38<br>298-2500<br>C2H2 (8).<br>CO2 (8).<br>H2O (8).<br>N2 (8)<br>O2 (8)<br>226,800<br>-393,500<br>44.14<br>9.04<br>298-2500<br>-241,800<br>30.0<br>10.71<br>298-2500<br>30.42<br>2.54<br>298-2500<br>29.96<br>4.18<br>298-2500<br>

Extracted text: C,=a+bT J/molK bx 103 ΔΗ298 Temperature Given Data: J/mol Range ( K) a 43.93 31.38 298-2500 C2H2 (8). CO2 (8). H2O (8). N2 (8) O2 (8) 226,800 -393,500 44.14 9.04 298-2500 -241,800 30.0 10.71 298-2500 30.42 2.54 298-2500 29.96 4.18 298-2500

Jun 08, 2022

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C,=a+bT J/molK bx 103 ΔΗ298 Temperature Given Data: J/mol Range ( K) a 43.93 31.38 298-2500 C2H2 (8). CO2 (8). H2O (8). N2 (8) O2 (8) 226,800 -393,500 44.14 9.04 298-2500 -241,800 30.0 10.71 298-2500...

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