ChatterBank9 mins ago
Wind
I don't want to sound stupid, but where does wind actually come from? How can a breeze actually exist? What causes it in the first place? I mean, clouds can't move fast enough to create wind, can they? To all you experts out there, please stop raising your eyes to heaven long enough to give me a layman's answer! It's one of those questions that keeps me awake at night, sad muppet that I am...
Answers
Best Answer
No best answer has yet been selected by matty2670. Once a best answer has been selected, it will be shown here.
For more on marking an answer as the "Best Answer", please visit our FAQ.A few more simple facts
Clouds are blown along by the wind and do not cause wind.
The rotation of the earth also has an effect on wind.. Because the earth rotates the surface of the earth moves fastest at the equator and slowest at the poles. The air above the equator will be carried round at the same speed as the earth's surface, but if this air moves away from the equator, then it will find itself still doing the same speed, but over land that is going slower, hence an increased wind.
Clouds are blown along by the wind and do not cause wind.
The rotation of the earth also has an effect on wind.. Because the earth rotates the surface of the earth moves fastest at the equator and slowest at the poles. The air above the equator will be carried round at the same speed as the earth's surface, but if this air moves away from the equator, then it will find itself still doing the same speed, but over land that is going slower, hence an increased wind.
Uranus . . .
. . . a gas giant . . . with wind speeds clocked at 160 metres/second.
. . . blame it on the beans
. . . a gas giant . . . with wind speeds clocked at 160 metres/second.
. . . blame it on the beans
Just incase some of you doubt my answer, and prefer those given by others � if R1Geezer is correct, how come there is sometimes wind during the night?
And if Gen2 is correct, how come, in most of the northern hemisphere, the prevailing wind direction is from west to east (as Gen2�s analysis would suggest), but in many parts of south east Asia, the main wind direction is from east to west (which is due to the trees in that part of the world, being out of sinc with the rest of the world)?
And if Gen2 is correct, how come, in most of the northern hemisphere, the prevailing wind direction is from west to east (as Gen2�s analysis would suggest), but in many parts of south east Asia, the main wind direction is from east to west (which is due to the trees in that part of the world, being out of sinc with the rest of the world)?
Hymie, I was only giving you an example. If you take my statement as being the ONLY movement that happens, then the equator would be left without any air and inhabitants would suffocate. I assumed (erroneously as it turned out) that you would be intelligent enough to realise that the corollary would also be true and that air moving from the poles towards the equator would be then moving slower than the ground it was then over. The earth would be rushing east and the air would be left behind - ie blowing towards the west..
And finally a challenge.
I mid ocean there are no 'propellers and no trees so explain the winds there then with your 'Alternative' theory.
And finally a challenge.
I mid ocean there are no 'propellers and no trees so explain the winds there then with your 'Alternative' theory.