A hydrocarbon is burned with dry air. There is no atomic oxygen or water in the fuel. Analysis of the fuel gas from a power plant results in the following mole percentages on a dry basis: 83% nitrogen, 8.83% carbon dioxide, 6.1% oxygen, and 1.33% carbon monoxide. The mole fraction of water in the total fuel gas is equal to 0.132 . a) Draw and label a flow chart of the process b) Write possible reactions based on the product gas composition. c) Calculate the molar H/C ratio in the fuel. d) Find the hydrocarbon molecule to which that ratio corresponds. A hydrocarbon is burned with dry air. There is no atomic oxygen or water in the fuel. Analysis of the fuel gas from a power plant results in the following mole percentages on a dry basis: 83% nitrogen, 8.83% carbon dioxide, 6.1% oxygen, and 1.33% carbon monoxide. The mole fraction of water in the total fuel gas is equal to 0.132 . a) Draw and label a flow chart of the process b) Write possible reactions based on the product gas composition. c) Calculate the molar H/C ratio in the fuel. d) Find the hydrocarbon molecule to which that ratio corresponds