supercat329 All American 8453 Posts user info edit post |
does it become a Category 10W-30 storm? 6/2/2010 12:04:38 AM |
sawahash All American 35321 Posts user info edit post |
ba da ching 6/2/2010 12:05:14 AM |
MitsuMtnASU All American 2346 Posts user info edit post |
excellent! 6/2/2010 12:05:35 AM |
wawebste All American 19599 Posts user info edit post |
6/2/2010 12:06:00 AM |
Fermat All American 47007 Posts user info edit post |
6/2/2010 12:07:31 AM |
mytwocents All American 20654 Posts user info edit post |
This will be my facebook status tomorrow. Thank you 6/2/2010 1:23:26 AM |
JBaz All American 16764 Posts user info edit post |
I won't lie, I chuckled... 6/2/2010 1:37:06 AM |
wolfpackgrrr All American 39759 Posts user info edit post |
Facebook status set 6/2/2010 6:17:37 AM |
supercat329 All American 8453 Posts user info edit post |
6/2/2010 9:12:14 AM |
Schmitty All American 982 Posts user info edit post |
Not trying to be a buzzkill, because I like the joke, but would 5W-30 make more sense, since hurricanes can only reach Cat 5? 6/2/2010 10:52:26 AM |
jtw208 5290 Posts user info edit post |
TOD 10:52am on June 2
May it Rest In Peace 6/2/2010 10:56:13 AM |
Smath74 All American 93278 Posts user info edit post |
actually several years back someone developed the idea to spread a thin layer of oil over the ocean in the path of a hurricane... the idea was to prevent as much evaporation, and therefore weaken the storm. I wonder if this oil spill would have that effect? 6/2/2010 10:58:12 AM |
supercat329 All American 8453 Posts user info edit post |
Hurricanes and the Oil Spill: NOAA's Factsheet and Frequent Questions (pdf)
Quote : | "• Evaporation from the sea surface fuels tropical storms and hurricanes. Over relatively calm water (such as for a developing tropical depression or disturbance), in theory, an oil slick could suppress evaporation if the layer is thick enough, by not allowing contact of the water to the air. • With less evaporation one might assume there would be less moisture available to fuel the hurricane and thus reduce its strength. • However, except for immediately near the source, the slick is very patchy. At moderate wind speeds, such as those found in approaching tropical storms and hurricanes, a thin layer of oil such as is the case with the current slick (except in very limited areas near the well) would likely break into pools on the surface or mix as drops in the upper layers of the ocean. (The heaviest surface slicks, however, could re-coalesce at the surface after the storm passes.) • This would allow much of the water to remain in touch with the overlying air and greatly reduce any effect the oil may have on evaporation. • Therefore, the oil slick is not likely to have a significant impact on the hurricane." |
[Edited on June 2, 2010 at 11:33 AM. Reason : excerpt]6/2/2010 11:27:21 AM |
Jeepin4x4 #Pack9 35774 Posts user info edit post |
6/2/2010 11:29:14 AM |
Arab13 Art Vandelay 45166 Posts user info edit post |
lullz 6/2/2010 12:01:59 PM |