BrickFielder

Yes that looks OK.

So clouds cannot develop beyond about 980mb. I think from the comments you need to have a few more diagrams with clear pointers to reinforce your points after each step in your discussion. Perhaps a little legend so that we don't forget which line is the wet bulb temperature and the ELR and DALR might help as well.

The explanations are fine keep it nice and simple.There are some good but in some case complicated explanations on habyhints. Habyhints covering all these subjects. 291. SKEW-T: A LOOK AT TP (TROPOPAUSE) 292. SKEW-T: A LOOK AT FRZ (FREEZING LEVEL) 293. SKEW-T: A LOOK AT WB0 (WET BULB ZERO LEVEL) 294. SKEW-T: A LOOK AT PW (PRECIPITABLE WATER) 295. SKEW-T: A LOOK AT RH (RELATIVE HUMIDITY) 296. SKEW-T: A LOOK AT MAXT (MAXIMUM TEMPERATURE) 297. SKEW-T: A LOOK AT TH (THICKNESS) 298. SKEW-T: A LOOK AT L57 (700 TO 500 MB LAPSE RATE) 299. SKEW-T: A LOOK AT LCL (LIFTED CONDENSATION LEVEL) 300. SKEW-T: A LOOK AT LI (LIFTED INDEX) 301. SKEW-T: A LOOK AT SI (SHOWALTER INDEX) 302. SKEW-T: A LOOK AT TT (TOTAL TOTALS) 303. SKEW-T: A LOOK AT KI (K INDEX) 304. SKEW-T: A LOOK AT SW (SWEAT INDEX) 305. SKEW-T: A LOOK AT CAPE (PURE INSTABILITY) 306. SKEW-T: A LOOK AT CINH (CONVECTIVE INHIBITION) 307. SKEW-T: A LOOK AT SBLCL (SURFACE BASED LCL) 308. SKEW-T: A LOOK AT CAP (CAPPING LAYER) 309. SKEW-T: A LOOK AT LFC (LEVEL OF FREE CONVECTION) 310. SKEW-T: A LOOK AT EL (EQUILIBRIUM LEVEL) 311. SKEW-T: A LOOK AT MPL (MAXIMUM PARCEL LEVEL) 312. SKEW-T: A LOOK AT STM (STORM MOTION) 313. SKEW-T: A LOOK AT HEL (HELICITY) 314. SKEW-T: A LOOK AT EHI (ENERGY HELICITY INDEX) 315. SKEW-T: A LOOK AT BRN (BULK RICHARDSON NUMBER) 316. SKEW-T: A LOOK AT SRDS (STORM RELATIVE DIRECTIONAL SHEAR) 317. SKEW-T: A LOOK AT Tdd (DEWPOINT DEPRESSION) 318. SKEW-T: A LOOK AT MW (MAXIMUM WIND) 319. SKEW-T: A LOOK AT STORM UVV 320. SKEW-T: A LOOK AT CCL (CONVECTIVE CONDENSATION LEVEL) 321. SKEW-T: A LOOK AT TEI (THETA-E INDEX) 322. SKEW-T: A LOOK AT 0-3 KM SHEAR 323. SKEW-T: A LOOK AT SURFACE RH 324. SKEW-T: A LOOK AT THETA-E 325. SKEW-T: A LOOK AT EI (ENERGY INDEX) The problem is there is really too much information and it is not clearly demonstrated or explained and which are the important bits. The ones I tend to look at are CAPPING LAYER(INVERSIONS), Tdd,CAPE,TROPOPAUSE,LI,LCL, 0-3KM SHEER and HELICITY but I am not sure whether this is what I am supposed to look at. So carry on with the excellent diagrams which make it a lot clearer.

TORRO T3 Strong Tornado 42 - 51 m s-1 (93 - 114 mi h-1) Mobile homes overturned / badly damaged; light caravans destroyed; garages and weak outbuildings destroyed; house roof timbers considerably exposed. Some of the bigger trees snapped or uprooted. T4 Severe Tornado 52 - 61 m s-1 (115 - 136 mi h-1) Motor cars levitated. Mobile homes airborne / destroyed; sheds airborne for considerable distances; entire roofs removed from some houses; roof timbers of stronger brick or stone houses completely exposed; gable ends torn away. Numerous trees uprooted or snapped. T5 Intense Tornado 62 - 72 m s-1 (137 - 160 mi h-1) Heavy motor vehicles levitated; more serious building damage that for T4, yet house walls usually remaining; the oldest, weakest buildings may collapse completely. T10 Super Tornado 121 - 134 m s-1 (270 - 299 mi h-1) Entire frame houses and similar buildings lifted bodily from foundations and carried some distances. Steel-reinforced concrete buildings may be severely damaged.