.com/collab/ui/session/join/7e3b82ae88e74160892f16ef58a32c2b Microsoft PowerPoint - Ch. (cont.) Fuel to air mecture - Cakulations .pptx IA ZLA 3. A. 11. A AY SU IB Smart " Example-2: A certain fuel oil has the composition CoH22. If this fuel is burned with 150% theoretical air, what is the composition of the products of combustion? CH22 + (1/0) V., (0, +3.76 N2) ah,0 + b CO, + N2 + d 0, Stoichiometric combustion: 0= 1, d= 0, C balance: b - 10 H balance: a = 22/2 = 11. O balance: 24.2 = a + 2b - 11 - 20 - 31 Moza = 15.5 Actual case: 1/b = 1.5 => oz = 1.5 x 15.5 = 23.25 H balance: a = 11. C balancer b= 10. N balance c = 2325 x 3.76 = 87.42 O, balance d=23.25 - 10-12 7075 excess oxygen When .com/collab/ui/session/join/7e3b82ae88e74160892f16ef58a32c2b Microsoft PowerPoint - Ch. (cont.) Fuel to air mecture - Cakulations .pptx IA ZLA 3. A. 11. A AY SU IB Smart " Example-2: A certain fuel oil has the composition CoH22. If this fuel is burned with 150% theoretical air, what is the composition of the products of combustion? CH22 + (1/0) V., (0, +3.76 N2) ah,0 + b CO, + N2 + d 0, Stoichiometric combustion: 0= 1, d= 0, C balance: b - 10 H balance: a = 22/2 = 11. O balance: 24.2 = a + 2b - 11 - 20 - 31 Moza = 15.5 Actual case: 1/b = 1.5 => oz = 1.5 x 15.5 = 23.25 H balance: a = 11. C balancer b= 10. N balance c = 2325 x 3.76 = 87.42 O, balance d=23.25 - 10-12 7075 excess oxygen When