Somebody said the rotational speed(1700kmh!) is low, so the centrifugal force is low. So lets add another 100.000kmh(revolving speed, following the Sun). Is it still low?
The speed isn't low, it's the rotational speed that's low. The formula for how much centripetal acceleration we feel is
a = v
2/r
And even though the velocity of the Earth rotating around the sun is much higher than the equatorial speed, the radius (distance from Earth to sun) is also much larger, hence the centripetal acceleration isn't large.
True Myth, you often mention the importance of using logic, yet these simple ideas that even a child could comprehend slip by you.
Maybe logic isn't such a great substitute for understanding your physics after all?
Some others agreed that Air does not have to move as soldiers in line,but randomly as we see with winds. But who says that this crazy friction with the Earth will make the Air rotate in one direction? The most possible fact is to instantly shoot the Air away, since theres no roof.
Shoot the air away? Use that simple formula I provided above to find the centripetal acceleration an object at the equator experiences outwards towards space, then consider the 9.8m/s
2 acceleration of gravity down towards the ground.
The other problem with their scary ghost winds, is that I can feel breezes going opposite direction than the supposed eastward Air rotation. How could these Air molecules managed to resist a 101.700 kmh eastward Earth rotation, moving westward?
A person walks towards the back of a train travelling at 200km/h, he just resisted a 200km/h motion?
Lol.
The only thing worth laughing about here is your lack of knowledge.