Do the lower air pressure blow faster than the center storm?
545433
THE CENTER OF A STORM -- THE "EYE" -- IS HIGH-PRESSURE, CALM AIR TO MILD BREEZE. \nTHE LOW-PRESSUERE PART OF THE STORM IS WHAT PUSHES BUILDINGS DOWN AND TIDES INLAND.
987167
Atmospheric pressure and physics
185249
Don't listen to the other guy because it actually lowers!\nThe faster you go the pressure builds up and that airflow pushes down on the vehicle. MIKE
37097
Technically that question is impossible to answer.  It depends on any wind that was present, the atmospheric pressure, any air resistance, etc.
45731
when there is a low pressure system that brings all the air towards it
595431
For the most part, yes. Low pressure systems in the Northern Hemisphere spin counterclockwise and Highs spin clockwise. The reverse is true in the Southern Hemisphere.
351133
yes, of course the rotation of the Earth contributes to wind. The Earth is turning at about 25,000 mph. Air wants to stand still...obviously, air is moving to a high extent, or we would have 25,000 mph winds! But, friction, differences in topography (mountains, etc.) cause the air to move more slowly, so we have what is apparent wind. And, a bigger contributor is pressure difference in hot and cold air. The circulation of the Earth cause High pressure areas to spin in a clockwise motion in the northern Hemispher, and Low pressure areas to spin in a counter clockwise direction. When these two approach each other, pressure gradients cause air from the high to flow to the low creating winds...the stronger the differences in the low and high, the faster the wind to fill the low. Nature "abhors" a vacuum..and a low is a kind of vacuum. And yes, wind contributes greatly to tides. Wind pushes water in front of it, and when the pushed water comes ashore, the effects of wind are quite dramatic...such as a hurricane surge! Gravitational differences in the moon/Earth set up causes water to raise or lower, depending upon that cycle...a raise in water is a High Tide, and lowering is a Low Tide.  And that gravitational difference can be very dramatic....look at the tides along the Eastern seaboard. In some areas, the tidal differences are measured in a few feet, in others, the differences are as much as 20 feet! In some areas, there are NO tides.
83198
Particles of warm air are more spread out resulting in less pressure.  Cold air particles are closer together resulting in a higher pressure.  Since air wants to move from an area of high pressure to an area of low pressure, cold air moves toward the lower pressure of warm air.
1163332
if u mean blow,,,\nwind blows because of the pressure difference between 2 places... it blows from a place of high pressure to that of low pressure....\nand i think this pressure difference may arise sometimes due to a temperature difference also
210118
Hot and cold air converging over an area of low presure.
161794
No, never. These are completely unrelated weather events. The spinning of a waterspout is caused by the close interaction of winds tavelling in different directions and/or at different speeds. It occurs on a very localised scale.\n\nThe spinning of a hurricane is caused by the coriolis forces actin on the air moving into a zone of low pressure. It occurs over a massive scale, sevaral hundred square miles commonly. \n\nThere is simply no way of converting one event into the other. It's like asking if a lightning bug can sometimnes becomes an atomic bomb because they both produce light. The differences are really that great.
978652
1. Water temp of at least 80 degrees\n2. Low level inflow with deep moisture\n3. Good upper level outflow\n4. Weak vertical wind sheer\n5. At least 6 or 8 degrees away from equator (Coriolis force)\n\nI don't understand why stronger would have fewer deaths.  But faster moving storms have fewer deaths because they don't have a chance to build the seas to a point of being "fully arisen."  You don't get the massive storm surge with a fast moving storm.  The rain shield on a fast moving storm doesn't have a chance to dump flooding rain inland.
440664
Lower pressure is indicative of rain and higher indicative of fair weather.  Think about how low the pressure is in a tornado or hurricane, like they're sucking, which they are (like a vaccuum).  29.93 is likely fair weather unless the barometric pressure is falling.  You should have a needle you can adjust.  Put it on the current reading and check it again in a couple hours.  If it's falling then rain is likely coming.  If it rises, then clear.
860876
Well winds in a tornado can reach speeds of 300 mph, this in itself is enough to cause total destruction.\n\nPressure is also lowest at the center of a hurricane, or any other low-pressure system. The air is being pulled up away from the ground and thus the pressure is low.
142850
When you have a difference of pressure in the air there is a "low" and a "high" zone (think weather forcast on the news). The high pressure zone naturally wants to "even out" with the low so air moves to it creating wind among other things. Actually the air doesn't just move, it gets sucked! It's the same principal with a vacuum cleaner, only instead of dirt you've got a kite. You also have the shape of the kite which can manipulate the wind force and give it lift. I can't say I'm a kite engineer(I wish though) but the angles are probably a key role in how the kite is better controlled.
348314
warm air and cold air combine to make storms... in the winter there is less warm air
74643
Convection leads to upward air movement, which in turn cools down the air. Cool air can hold less humidity, so a plume of mist forms where the formerly warm air gets cooled down. The droplets have a tendency to sink down but are moved up again by the convection which created them, thereby concentrating in one volume.\n\nStrong wind currents won't blow them apart but carry them along. What breaks up a cloud are irregular currents, or obstacles.