Find the molecular mass of the mixture

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Reference no: EM131294837

1. 1.00 kg of CH4, 6.30 kg of O2, and 13.2 kg of N2 are combined to form a gas mixture. Find the molecular mass of the mixture.

2. Ammonia gas is flowing in a tube whose cross-sectional area is 1.00 ft² . The density of the ammonia is 0.100 lbm/ft³ . At some point in the system, CO₂ is added at a rate of 1.00 × 10^-3 lbm/h in a steady flow process. At a point further downstream, a detector indicates that the concentration of CO₂ on a mass basis is 1.00 × 10^-3 %. Determine the inlet velocity of the ammonia.

Reference no: EM131294837

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