1. Prove the following relation: C(ppm) RT PMWt = C(μg/cm³ Where T is the Temperature, P is the pressure, R is the gas constant, C(ppm) is the concentration od species i in ppm, and C(mg/m³) is the concentration of species i in mg/m³

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A: Given: Initial Volume of neon V1 = 2 L Initial Pressure P1 = 1.1 atm Initial Temperature T1 = 39 oC…

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A: Given that, Pressure P = 1 atm The boiling point of A = 124oC The boiling point of B = 155oC

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A: Given that the gas is ideal Cp= 29.4 J/mol-K T1=273 K V1=11.35 dm3=11.351000=0.01135 m3 T2=373 K

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A: Given that P1sat =51.5 KpaP2sat =52.5 Kpay1=0.4

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Q: Find the density of methane at 22°C and 0.961 atm.

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Q: 1. Draw the gas absorption tower with N = 10 (similar to the figure below, but you should draw your…

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