The Earth's angular velocity vector due to its axial rotation points towards the north pole.
counter to the earth's rotation Exactly wrong..........it travels WITH the Earths rotation.....eastwards
Coriolis effect
What is the earths rotation about
What is the earths rotation about
You never see the far side of the moon. Somewhat coincidently the moon has an angular rotation as the earths rotation, and therefore the same side of the moon is always facing earth. The far side is never seen. To the extent that the rotations are not exact, there may be a slight variation over many, many years.
That depends, in what direction it is moving initially, and at what speed. Inertia is the tendency to MAINTAIN a velocity.
Without looking it up, I'll go out on a limb here and state my guess. (Then somebody else can come along and show that my guess was all wet.) I think angular velocity and acceleration are both right-hand-rule guys, with vectors formed by (R) cross (rotation direction). If true, and rotation is from west to east (counterclock viewed from above the north pole), then the angular velocity vector points into the south pole and out of the north pole. Correction: You have stated the true method for the answer above, but got the opposite answer. Since the earth rotates in a counter-clockwise direction viewed from the north pole, the angular velocity vector would point from the center of the earth to the north pole. It's magnitude would be the angular velocity of the earth's spin. -J I think that's exactly what I said ... " ... out of the north pole". Ah I see, my apologies. I think where I was confused was where you stated "into the south pole..." Instead you can state that it would originate from the center and point towards the north pole. You can rewrite it and delete our discussion :)
True
The coriolis effect
Coriolis effect
The Coriolis effect
The Coriolis effect
counter to the earth's rotation Exactly wrong..........it travels WITH the Earths rotation.....eastwards
earths rotation around the sun
It's called the 'coriolis' effect.
Coriolis effect
It's called the 'coriolis' effect.