A fuel gas containing 40% CO, 10% C02 and rest N^ (by volume) is burnt completely with air in a furnace. The incoming and outgoing temperatures of the gases in the furnace are 500°C (773 K) and 977°C (1250 K) respectively. Calculate (a) the maximum flame temperature, and (b) heat supplied to the furnace per cu.ft of exhaust gas.

Question

Asked: May 31, 20212021-05-31T12:02:45+05:30 2021-05-31T12:02:45+05:30In: Thermodynamics & Rate Processes

A fuel gas containing 40% CO, 10% C02 and rest N^ (by volume) is burnt completely with air in a furnace. The incoming and outgoing temperatures of the gases in the furnace are 500°C (773 K) and 977°C (1250 K) respectively. Calculate (a) the maximum flame temperature, and (b) heat supplied to the furnace per cu.ft of exhaust gas.

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