CC13 NO2 (Chloropicrin) qoumeriquugi 25°C 770 mmHg 0.088 cm/s Total pressure P Diffusivity (CC13 NO2 in air) Vapor press

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CC13 NO2 (Chloropicrin) qoumeriquugi 25°C 770 mmHg 0.088 cm/s Total pressure P Diffusivity (CC13 NO2 in air) Vapor press

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Cc13 No2 Chloropicrin Qoumeriquugi 25 C 770 Mmhg 0 088 Cm S Total Pressure P Diffusivity Cc13 No2 In Air Vapor Press 1
Cc13 No2 Chloropicrin Qoumeriquugi 25 C 770 Mmhg 0 088 Cm S Total Pressure P Diffusivity Cc13 No2 In Air Vapor Press 1 (53.48 KiB) Viewed 37 times
CC13 NO2 (Chloropicrin) qoumeriquugi 25°C 770 mmHg 0.088 cm/s Total pressure P Diffusivity (CC13 NO2 in air) Vapor pressure of CC13 NO2, (pccizno,) Distance from liquid level to top of tube Molecular weight of CC13 NO2 23.91 mmHg 11.14 cm 164.4 g/g-mole Ideal gas constant R 82.06 (cm'atm(K mole) Density of liquid CC13 NO2 1.65 g/cm Cross-sectional area of liquid for evaporation 2.29 cm Hint: 1. Starting with combined flux, assume ideal gas at steady-state OXA NA = --DAB az + x (NA + N92) combined molecular convective flux flux flux 2. CCI, NO2 XB2 Total vapor pressure (at zy) = where B is air Vapor pressure of air (at zı) 3. Vapor pressure of air = 760 - Vapor pressure of CCIZNO2 XB1 7.1 NAz =? (Ideal gas) (1) 7.2 Molar flux NAz =? luniu (g-mole/cms) (2 nuuu) 7.3 WA = ? g (1 คะแนน) hr
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