Question

5. A waste gas stream flowing at 1000 ft³/min consists of 12% (v/v) CO$_2$, 4% H$_2$O and the remaining fraction is N$_2$. If this gas stream is blended with 100 ft³/min of gas stream containing 20.9% O$_2$, 0.004% CO$_2$ with the remaining fraction being N$_2$, what would the percentage CO$_2$ be in the blended gas stream? You can assume that both gas streams have the same temperature and pressure, no reactions occur and no water vapor condenses.

          5. A waste gas stream flowing at 1000 ft³/min consists of 12% (v/v) CO$_2$, 4% H$_2$O and the remaining fraction is N$_2$. If this gas stream is blended with 100 ft³/min of gas stream containing 20.9% O$_2$, 0.004% CO$_2$ with the remaining fraction being N$_2$, what would the percentage CO$_2$ be in the blended gas stream? You can assume that both gas streams have the same temperature and pressure, no reactions occur and no water vapor condenses.

$5. A waste gas stream flowing at 1000 ft³/min consists of 12% (v/v) CO$2$, 4% H$2$O and the remaining fraction is N$2$. If this gas stream is blended with 100 ft³/min of gas stream containing 20.9% O$2$, 0.004% CO$2$ with the remaining fraction being N$2$, what would the percentage CO$2$ be in the blended gas stream? You can assume that both gas streams have the same temperature and pressure, no reactions occur and no water vapor condenses.$

Added by Alan G.

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