72440 Sgf Springfield 100 13810 M 200 12000 M 0550m 300 9320 M 400 7290 M 500 640 600 700 2980 M 800 1365 M 900 698 M 1 (203.95 KiB) Viewed 35 times
72440 Sgf Springfield 100 13810 M 200 12000 M 0550m 300 9320 M 400 7290 M 500 640 600 700 2980 M 800 1365 M 900 698 M 2 (115.2 KiB) Viewed 35 times
72440 SGF Springfield 100 13810 m 200 12000 m₂ 0550m 300 9320 m 400 7290 m 500 640 600 700 $2980 m 800 1365 m 900 698 m Zz6m 1000 -40 -30 00Z 05 May 2003 -20 -10 0 4241449 10 20 30 40 University of Wyoming AL ܥܠܬ AA 14 ܝܠܠܠܠܬ SLAT 37.23 SLON -93.38 SELV 387.0 SHOW -6.20 LIFT -7.45 LFTV -8.18 SWET 564.0 KINX 21.30 CTOT 28.10 VTOT 28.70 TOTL 56.80 CAPE 2062. CAPV 2250. CINS -6.50 CINV -4.89 EQLV 223.0 EQTV 222.9 LFCT 861.4 LFCV 865.6 BRCH 10.78 BRCV 11.76 LCLT 290.2 LCLP 885.3 LCLE 342.0 MLTH 300.5 MLMR 14.10 THCK 5678. PWAT 29.43 ALCL
These questions pertain to the **first** diagram 1) Identify on the diagram **and also write the height** of the LCL (Lifted Condensation Level) 2) Identify on the diagram **and also write the height** of the Level of Free Convection and the Equilibrium Level 3) (Lightly) Shade and identify the area that relates to how much CAPE exists. What implications does this have for severe weather? 4) (Lightly) Shade and identify the area that relates to the CINE. What implications does this have for severe weather? 5) What is the potential temperature at 750mb? Equivalent potential temperature at 750mb? Dewpoint depression at 750mb? 6) What would your forecast be for West Tennessee given the conditions that are found "upstream"?
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