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Science · Earth sciences
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A parcel of air is being forced up the windward side of a 6,000-foot-high mountain. The parcel has a temperature of 71.5°F at 0 feet in elevation. If the LCL is located at 4,000 feet, what is the temperature of this parcel of air at 1,000 feet?

What is the temperature of the parcel of air, detailed in the first question, at the LCL (4,000 feet)?

What is the temperature of the parcel of air, detailed in first question , at the top of the mountain (6,000 feet)?

After the parcel of air has descended down the leeward side of the mountain to sea level, what is the temperature of the parcel?

Using the saturation mixing ratio table from the instruction, what is the capacity (saturated mixing ratio) of the parcel of air at 2,000 feet on the windward side of the mountain (estimate the value as needed)?

Using the saturation mixing ratio table from the instruction, what is the capacity (saturated mixing ratio) of the parcel of air at 2,000 feet on the windward side of the mountain (estimate the value as needed)?

  1. Assuming the mixing ratio of the parcel of air at 2,000 feet is 5.6 g/kg, what it is the relative humidity of the parcel in percent?
  1. Assuming the mixing ratio of the parcel of air at 2,000 feet is 5.6 g/kg, what it is the relative humidity of the parcel in percent?
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