2. Consider the reaction: 2 C0(g) + 1/2 O2(g) 2 CO2(g) Given are the data at 298 K. CO O2 CO2 -393.51 AH°, kJ mol CP.m J K mol -110.53 29.14 29.355 37.11 At 27 °C, the AH for the reaction is -565.9 kJ...

2. Consider the reaction: 2 C0(g) + 1/2 O2(g) 2 CO2(g)<br>Given are the data at 298 K.<br>CO<br>O2<br>CO2<br>-393.51<br>AH°, kJ mol<br>CP.m J K mol<br>-110.53<br>29.14<br>29.355<br>37.11<br>At 27 °C, the AH for the reaction is -565.9 kJ mol and Cp's (in SI units) are<br>CPm (CO) = 28.41 + 4.10 x 103 T – 4.6 x 10ª T²<br>CPm (O2) 29.96 + 4.18 x 10T<br>CPm (CO2) = 44.22 + 8.79 x 10 T- 8.62 x 10 T2<br>1.67 x 10 T<br>Compare the enthalpies of the reaction at 1000. K for these sets of data.<br>

Extracted text: 2. Consider the reaction: 2 C0(g) + 1/2 O2(g) 2 CO2(g) Given are the data at 298 K. CO O2 CO2 -393.51 AH°, kJ mol CP.m J K mol -110.53 29.14 29.355 37.11 At 27 °C, the AH for the reaction is -565.9 kJ mol and Cp's (in SI units) are CPm (CO) = 28.41 + 4.10 x 103 T – 4.6 x 10ª T² CPm (O2) 29.96 + 4.18 x 10T CPm (CO2) = 44.22 + 8.79 x 10 T- 8.62 x 10 T2 1.67 x 10 T Compare the enthalpies of the reaction at 1000. K for these sets of data.

Jun 09, 2022

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2. Consider the reaction: 2 C0(g) + 1/2 O2(g) 2 CO2(g) Given are the data at 298 K. CO O2 CO2 -393.51 AH°, kJ mol CP.m J K mol -110.53 29.14 29.355 37.11 At 27 °C, the AH for the reaction is -565.9 kJ...

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