Thank you sir! My excuses for my math. They gave the heat capacity of N2 for the following question that asks about the combustion in 20% O2 and 80% N2.mjc123 said:
The maximum flame temperature during combustion of CH4, also known as methane, is approximately 1950 degrees Celsius or 3542 degrees Fahrenheit.
The maximum flame temperature of CH4 is determined by the chemical reaction between methane and oxygen, which produces heat and light. This reaction is known as combustion and the maximum temperature is reached when the reaction is at its most efficient.
The maximum flame temperature during combustion of CH4 can be affected by several factors including the amount of oxygen present, the rate of fuel consumption, and the type of fuel being burned. Other factors such as the presence of impurities in the fuel or air can also impact the maximum temperature.
The maximum flame temperature of CH4 is relatively high compared to other fuels such as propane and butane. This is due to the molecular structure of methane, which allows for a more efficient combustion process and a higher maximum temperature.
Knowing the maximum flame temperature during combustion of CH4 is important for several reasons. It allows for the safe and efficient use of methane as a fuel source, as well as the development of technologies and processes that rely on high temperatures. It also helps in understanding the environmental impact of methane combustion and finding ways to reduce emissions.