how high does the cyclone catergies go up to and how do they decide what is a cat 1 or higher?
480756
http://meted.ucar.edu/hurrican/strike/text/htc_t4.htm
156452
My cat recently slide off the car and landed on her side(not her feet) and made an awful thud. then walked away. Since she is so light, I think she didn't hit as hard as I would have and it seemed she got another life.\nThere is a high rise syndrome also. Cats that jump/fall out of apartments survive better if they fall higher than 3 stories, than 2-3 stories. They get tired relax some and spread out. Their terminal velocity is lower and then they put their legs down for landing. There is a record cat with just a cracked tooth.\nI might believe in multiple lives if I saw a cat fall 5 stories and walk away.
286885
Bluegrass Cat\nTrainer:   Todd Pletcher\nJockey:   John Velazquez\n Foaling Date:   1-23-2003\nPedigree:   Storm Cat - She's a Winner by A.P. Indy\nDosage Profile:   10-4-10-0-0\nDosage Index/CD:   3.80   1.00\n2005 Record:   4 starts 3-0-0 $213,780\nNote:   Winner of 4 in a row including the Nashua and Remsen Stakes last year. Won his 2006 debut in the Sam F. Davis Stakes at Tampa Bay Downs in stakes record time.
191497
It depends how high is it?
65520
greater than\n\n2.14 > 1.24
1102130
Depends on where you live.  Overall the standard is among the highest.
559994
most of the time\n\nit ranges from 950 to 1050
3565
Wind speed.  Hurricanes are measured in intensity based on wind speed.  There are 5 Categories of hurricanes, 1 being the weakest and 5 being the most powerful.\n\n* Category One -- Winds 74-95 miles per hour\n* Category Two -- Winds 96-110 miles per hour\n* Category Three -- Winds 111-130 miles per hour\n* Category Four -- Winds 131-155 miles per hour\n* Category Five -- Winds greater than 155 miles per hour
103735
are they really that high?
1133013
http://home.ust.hk/~irenelo/main/6/6a_body.htm\n\nhttp://www.pepps.fsu.edu/segip/states/NC/poll.html\nThis link above talks about the PSI ranges and simply says that    "For each urban area, the PSI is assigned a single number that is representative of the worst offending criteria pollutant for that day. The calculated number is placed within the appropriate index range and the accompanying descriptor word is used to report that day's pollution level."\n\nhttp://www.epa.gov/air/criteria.html\nThe link above is a site that gives more info about the NAAQS
649941
The boiling point of water is dependant on the (air) pressure on it. Put water into a pressure cooker and its boiling point will increase. Take water to the bottom of a deep mine and the BP will be above 100 degrees. Theoretically. the boiling point in the centre of a cyclone would be lower than in the centre of a high pressure cell.\n\nThe atmospheric pressure on the surface of the water is what stops water molecules escaping. The lower the pressure the easier it is for them to escape and the higher the pressure the harder it is for these molecules to escape. The boiling is the violent action of the molecules trying to escape.
314278
One never knows.  Every season that guy at Colorado State says the season is going to be horrible, but one can't predict well in advance what the strongest regions of activity are.\n\nBut, the planet does seem to be in an up-cycle for cyclone activity in general as evidenced by the rare Category 5 storm threatening Australia.  So be prepared early.
1120176
Thunderstorms form when there is a decent amount of moisture, some instability in the air above, and low wind sheer (winds up above that can tear apart a storm). How tall a thunderstorm reaches depends on how unstable the air is, how strong an updraft it has, and what the winds are like up in the air. The taller a thunderstorm, the stronger it is and the more hail, lightning, strong winds, and tornado potential. \n\nAn average thunderstorm reaches at least 20,000 (<4mi) feet before it becomes a true thunderstorm. This would most likely be a small, weak thunderstorm. Strong thunderstorms reach above 40,000 feet (7.5 mi), which is higher than most passenger aircraft fly. Thunderstorms that grow tall eventually come in contact with the jet stream (a 200 mph current of air 6-12 mi above the earth). If they are able to punch through it, they will get even taller. The jet stream will fan out the top of a storm, giving it an anvil. Usually, thunderstorms with anvils are strong and could very well have hail, especially in spring. In spring or fall, a thunderstorm usually encounters the freezing line before the jet stream, and hail will form. Severe thunderstorms can reach 50,000 feet (9.5 mi). This height is well out of the troposphere (where most weather happens, and where we live), and into the stratosphere. No aircraft except specialized military jets fly this high. It is so high up, that pilots need to wear something like a space suit, because the pressure is so low that high.\n\nNow for the extremes. Mid-latitudes (continental U.S.) do not have as tall thunderstorms as low-latitudes (tropics). The tallest thunderstorms measure at mid-lat were in a severe squall line with tornadic thunderheads. 9.3 - 10.6 mi high! (up to 55,000 ft.) That's as high as most military jets will go. Hurricanes usually carry the tallest thunderstorms. Cyclone Hilda near Australia in 1990 had a thunderhead 12 mi high! (63,000 ft) At that high up, the air is extremely cold. The temp was recorded at -100 C!        (-212 F) That's so cold that if there was more pressure, the air would turn into a liquid. Outer space is about as cold. \n\nThe tallest thunderstorms ever, though, form in tropical nothern Australia and Indonesia. These clouds have reached 13.6 mi (72,000 ft)! No aircraft except specialized military jets or rockets fly this high. It is so high up, that pilots need to wear something like a space suit, because the pressure is so low at that altitude.
1178109
i would guess #1, even if "rank" means something to do with the counter number within "toshiba photo-copier terminology", #1 is still better as it is more specific, it tells what to set the "rank" to
1123842
The higher the core, the harder the ball. But there is another number on a softball the compresion!! The higher that is, the harder the ball stays. 47 core are good balls, but if they are 375 comp, they are ok, but if they are 425 or 525 they are rocks!!!
411613
Kick point is listed at "mid-hi"\n\n\n65 - S* ANV65S .335/.625 67g 3.5 46" mid-hi
50518
none to high (usa level)