Відео

Yes that’s correct, although the use of formula requires obtaining the enthalpy for dry air and water vapor separately from tables. Difference in enthalpy of dry air can be approximated as Cp(T2-T1) as well

Moran and Shapiro

Now i understand if we increawe the 02 then there will complete combustion..

@@danishaman291 : Walaikumsalam Danish. CO is always in the product side due to incomplete combustion. In reality, we never have complete combustion but we only approach complete combustion in some cases which means that CO will still be there but in small amounts. For a rich flame, there is not enough oxygen for all the carbon to form CO2 so some of it ends up as CO. In other cases where there is enough oxygen, we still get CO because of dissociation of CO2 into CO and O2 at high temperatures

I am following multiple sources but the primary reference book is "Introduction to Combustion" by Turns. I have created a dedicated playlist for Combustion. Thanks for your feedback

You're welcome

Thanks @danishamam! Wa iyyakum, I will try to upload more in the coming months in sha Allah

@@Dr.Awad_Alquaity Many Thanks

You're welcome!

@diyaazaghloul756: You can check out more videos on Thermodynamics on the following dedicated playlist: ua-cam.com/play/PLs75RbU5Hzboz4lZ31Gj0kWxFN6qm9yUq.html. Please let me know if you want me to make a video on any thermodynamics topic of interest. Thanks!