Answer Happy

Use the following for this section AND see the plot on the next page: 72501 OKX Upton Observations at OOZ 18 Mar 2017 PRES HGHT TENP DWPT hPa C с ---------- 1020.0 20 2.6 -8.4 1000.0 178 5.2 -12.8 925.0 807 -0.7 -14.7 850.0 1425-5.5 -19.5 700.0 2991-10.5 -32.5 500.0 5500 -25.9 -18.9 400.0 7090 -34.1 -56.1 350.0 8012 -40.9 -52.9 300.0 9040 -49.9-57.9 250.0 10210 -57.5 -67.5 200.0 11640 -51.5 -81.5 150.0 13500 -50.9 -84.9 100.0 16090 -57.1 -88.1 RELH MIXR DRCT SENT THTA THTE THIV 3 g/kg deg knot K K K ----- ---- 44 2.00 0 0 274.2 279.9 274.5 26 1.44 260 16 278.4 282.6 278.6 34 1.33 275 18 278.6 282.6 278.8 32 0.97 325 18 280.4 283.3 280.5 90.22 300 37 290.8 291.6 291.6290.9 10 0.09 305 57 301.4301.8 301.4 90.05 300 88 310.6 310.8 310.6 26 0.08 295 95 313.5 313.8 313.5 38 0.05 300 88 314.9 315.1 315.1 314.9 27 300 83 ar 320.4 320.5 320.5 2 0.00 285 68 351.1 351.1 351.1 1 1 0.00 285 68 382.2 382.2 382.2 1 1 0.00 290 35 417.1 117.1 417.1 0.02 1. What is the name of the instrument that collected these data? 2. What was the height (km) and temperature (C) of the Tropopause in kilometers? Height km Temperature с C 3. Complete the following table using the data above: Upton, NY 850 mb 300 mb Absolute Difference TEMPERATURE (C) HEIGHT (km) 4. Calculate the lapse rate (divide the difference in temperature by the difference in height) between 850 and 300 mb (use the correct units!!). °C km ° 5. The temperature increases with height between 1020 and 1000 mb. This condition is referred to as a temperature 3 Vertical Atmospheric Chart (Stüve) 14 200 12 10 300 Altitude (km) 500 600 700 800 900 1000 -80 -70 -60 -50 -40 0 10 20 30 40 -30 -20 -10 Temperature (°C)