4.21. Calculate the theoretical flame temperature when ethylene at 25°C is burned with: (a) The theoretical amount of air at 25°C. (b) 25% excess air at 25°C. (c) 50% excess air at 25°C. (d) 100%...


4.21. Calculate the theoretical flame temperature when ethylene at 25°C is burned with:<br>(a) The theoretical amount of air at 25°C.<br>(b) 25% excess air at 25°C.<br>(c) 50% excess air at 25°C.<br>(d) 100% excess air at 25°C.<br>(e) 50% excess air preheated to 500°C.<br>() The theoretical amount of pure oxygen.<br>4.22. What is the standard heat of combustion of each of the following gases at 25°C if the<br>combustion products are H20(1) and CO2(8)? Compute both the molar and specific<br>heat of combustion in each case.<br>

Extracted text: 4.21. Calculate the theoretical flame temperature when ethylene at 25°C is burned with: (a) The theoretical amount of air at 25°C. (b) 25% excess air at 25°C. (c) 50% excess air at 25°C. (d) 100% excess air at 25°C. (e) 50% excess air preheated to 500°C. () The theoretical amount of pure oxygen. 4.22. What is the standard heat of combustion of each of the following gases at 25°C if the combustion products are H20(1) and CO2(8)? Compute both the molar and specific heat of combustion in each case.

Jun 11, 2022
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