1. Plot the following sounding on the thermodynamic diagram. Plot each temperature as a small circle and connect the cir

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1. Plot the following sounding on the thermodynamic diagram. Plot each temperature as a small circle and connect the circles with ruled lines. Plot the dew point as small x's and connect the x's with ruled lines. Pressure (mb) 1000 9 5 900 12 12 800 2 -17 700 -5 -8 600 -10 -16 500 -25 -30 400 -8 -30 Temperature (°C) Dew point (°C)
2. What is the temperature (C) at the following levels? 900 mb 850 mb 10°C 550 mb 3. At what pressure level(s) can the following dew points be found? (Find all levels) 0°C 425 mb -10°C
3. At what pressure level(s) can the following dew points be found? (Find all levels) 10°C 0°C -10°C
4. Find the mixing ratio (w), the saturation mixing ratio (w) and calculate the relative humidity for the following pressure levels: Pressure (mb) 1000 900 800 700 500 w (g/kg) w (g/kg) RH (%)
5. If the air at 1000 mb is lifted to 700 mb, will it be colder or warmer than the surrounding air? Does this represent a stable or an unstable condition? Why? 6. If the air at 900 mb is lifted to 700 mb, will it be colder or warmer than the surrounding air? Does this represent a stable or an unstable condition? Why?
If the air at 900 mb is lifted to 700 mb, will it be colder or warmer than the surrounding air? Does is represent a stable or an unstable condition? Why?
7. If air is lifted from 900 mb to 500 mb, how many grams of water vapor would be condensed from each Kilogram of air? (Hint: Lift the parcel. The mixing ratio tells you how many grams of water vapor are actually in 1 Kg of air to start.) Grams condensed: