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Problem 4 Storm Intensity A storm has developed and we would like to estimate its intensity. Our afternoon radiosonde observed the environmental temperature profile shown on the following page. 1. Draw the temperature profile of a parcel ascending from 1000 hPa to 100 hPa with an initial temperature of 25 C and a dew point temperature of 1 C. [5 points] 2. Identify and label the LCL, LFC, EL, and any inversion layers. [5 points] 3. Draw the convection inhibition (CIN) on the skew-T diagram. What temperature would our parcel need to be to overcome this CIN? [5 points] 4. Draw the convection available potential energy (CAPE) on the skew-T diagram and estimate the CAPE for this storm. [10 points] 5. Classify the type of convection and list the typical observed updraft velocities for this type of convection. [5 points] 16 100- -60 9= 419K 15 -30 14 base 13- 20 12- 200- -11- 300- Height of Standard Atmosphere (km) Pressure (hPa) Temperature (C) 10 400- 892 20 500- 192 600 700 2- 800- 900 1000- 25 20 15 15 20 25 Temperature (C)