COMBUSTION ENGINEERINGPROBLEM:20.6 kmols Oxygen794 kmol nitrogenIf gasoline fuel is approximated by the formula CaH18 , in an atmosphere of :Calculate the following:(c) Determine the theoretical Air/Fuel Ratio by Volume (m²air/m³ fuel) with both reactantshaving the same Temperatures.(d) Solve for the Air/fuel Ratio by mass, inkg air

Given data: Moles of oxygen = 20.6 kmol Moles of nitrogen = 79.4 kmol Need to determine the…

PROBLEM: 20.6 kmols Orygen If gasoline fuel is approximated by the formula CaH18 , in an atmosphere of : 794 kmol nitrogen Calculate the following: (c) Determine the theoretical Air/Fuel Ratio by Volume (m*air/m fuel) with both reactants having the same Temperatures. kg air (d) Solve for the Air/fuel Ratio by mass, in

PROBLEM: 20.6 kmols Orygen If gasoline fuel is approximated by the formula CaH18 , in an atmosphere of : 794 kmol nitrogen Calculate the following: (c) Determine the theoretical Air/Fuel Ratio by Volume (m*air/m fuel) with both reactants having the same Temperatures. kg air (d) Solve for the Air/fuel Ratio by mass, in

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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A fuel can be created by blending two single component fuels. For example, consider a mix of 15% (by volume) of octane (C3H18) and 85% (by volume) of ethanol (C2H6O). Find the stiochiometric fuel-to-air ratio, F/Ast, for this fuel mixture. a) For an equivalence ratio of 0.9, find the actual combustion reaction. Express the b) reaction in terms of 1 kmol of fuel (total). c) Find the flow rate (g/s) of water from the products for a flow rate of 2 g/s of this blended fuel into a combustor.
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1. What is the percent theoretical air for a combustion process to which the fuel and combustion of gas analysis are known as follows: Fuel: % by volume co2 = 12.4% co = 27% H2 = 2.2% N2 = 58.4% Combustion Gas: % by volume: CO2 = 24.6% O2 = 1.0% N2 = 74.4%
please solve breifly In an engine test the dry volumetric analysis of the products was CO2 0.0527, O2 0.1338 and N2 0.8135. Assume the fuel is a pure hydrocarbon and that it is completely burnt. Write the complete balance chemical equation on volume basis. Estimate: The ratio of carbon to hydrogen in the fuel by mass. The air/fuel ratio by Assume the percentage of nitrogen in air is: 76.7% by mass and 79% by volume (or mole). Please : Do not solve this problem in tabulated form, otherwise your answer will be considered totally wrong.
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