Analysis for sounding 'c1'
Time: 31-jul-1995,17:02:50, Site: MOBILE, RAP
(analysis generated 31-Jul-1995,23:26:26)
-----------------------------------------------
SURFACE-BASED ANALYSIS (using virtual temperature)
	 Surface potential temperature (50 mb average): 297.7 K
	 Surface virtual potential temperature (50 mb average): 299.1 K
	 Surface mixing ratio (50 mb average): 8.2 g/kg 
	 400 mb temperature: 252.8 K (potential temp.: 328.3 K)
	 400 mb virtual temperature: 252.9 K (virtual potential temp.: 328.4 K)
	 LCL pressure: 799.5 mb
	 Modified lifted index: 6.78
	 No LFC
FORECAST (700 mb-BASED) ANALYSIS (using virtual temperature)
	 700 mb temperature: 278.9 K (potential temp.: 308.8 K)
	 700 mb virtual temperature: 280.3 K (virtual potential temp.: 310.3 K)
	 Surface mixing ratio (50 mb average): 8.2 g/kg 
	 400 mb temperature: 252.8 K (potential temp.: 328.3 K)
	 400 mb virtual temperature: 252.9 K (virtual potential temp.: 328.4 K)
	 LCL pressure: 683.1 mb
	 Modified lifted index: -0.24
	 LFC pressure: 660.3 mb
	 Positive area below the LFC: 0 J/kg
	 Negative area below the LFC: -1 J/kg
	 CAPE: 115 J/kg
	 Negative area above the LFC: -40 J/kg
	 Shear over lowest 6km: 9.3 m/s
	 Bulk Richardson number: 2.6
	 MLVW between 900 mb and 700 mb: 6.6 m/s from 17 deg.

USER-REQUESTED VARIABLES: 
	 The equivalent potential temperature is BAD at 850 mb
	 The equivalent potential temperature is 321.34 K at 800 mb
	 The equivalent potential temperature is 326.00 K at 750 mb
	 The equivalent potential temperature is 333.96 K at 700 mb