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MMLU-Pro / 11595 / An air-water-vapor mixture at 1atmand 75°F has a relative humidity of 0.45. For…

Problem

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question

An air-water-vapor mixture at 1atmand 75°F has a relative humidity of 0.45. For this mixture, calculate the specific humidity, the dew point and the partial pressures.

category

engineering

options

  1. Specific humidity: 8.297 × 10^-3 lbmwater/lbmair, Dew point: 52.15°F, Partial pressures: 0.1935pisa (water), 14.5065pisa (air)
  2. Specific humidity: 8.297 × 10^-3 lbmwater/lbmair, Dew point: 52.15°F, Partial pressures: 0.2935pisa (water), 14.4065pisa (air)
  3. Specific humidity: 8.000 × 10^-3 lbmwater/lbmair, Dew point: 53.00°F, Partial pressures: 0.2050pisa (water), 14.4950pisa (air)
  4. Specific humidity: 9.100 × 10^-3 lbmwater/lbmair, Dew point: 58.00°F, Partial pressures: 0.2100pisa (water), 14.4900pisa (air)
  5. Specific humidity: 9.500 × 10^-3 lbmwater/lbmair, Dew point: 60.00°F, Partial pressures: 0.2200pisa (water), 14.4800pisa (air)
  6. Specific humidity: 8.297 × 10^-3 lbmwater/lbmair, Dew point: 55.15°F, Partial pressures: 0.1935pisa (water), 14.5065pisa (air)
  7. Specific humidity: 6.500 × 10^-3 lbmwater/lbmair, Dew point: 48.00°F, Partial pressures: 0.1800pisa (water), 14.5200pisa (air)
  8. Specific humidity: 7.000 × 10^-3 lbmwater/lbmair, Dew point: 49.00°F, Partial pressures: 0.1850pisa (water), 14.5150pisa (air)
  9. Specific humidity: 7.297 × 10^-3 lbmwater/lbmair, Dew point: 50.15°F, Partial pressures: 0.1935pisa (water), 14.5065pisa (air)
  10. Specific humidity: 7.800 × 10^-3 lbmwater/lbmair, Dew point: 51.00°F, Partial pressures: 0.2000pisa (water), 14.5000pisa (air)

src

stemez-Thermodynamics

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