Not precisely. If so, they'd never move, they'd just hang there stationary in the sky.
They move with the Earth through space, but they also move with the wind, which means they may be moving slightly faster or slower than the Earth itself.
Both are moving, but since you are on the earth you move with it without being conscious of its movement, whereas the relative motion of the clouds is noticeable.
no because the earth rotates around sun which takes a very long time but moon rotates around earth for a short time
No, it shows clouds being pushed around by winds.
i think they can go up to 38kph
the water cycle shows arrow under surface
Planet retrograde is when the planet appears, from the Earth point of view, to be orbiting opposite from its normal direction around the sun. Basically, it looks like its going backwards. It usually occurs when Earth overtakes a planet in its orbit. This video here at the link below shows a good example of what retrograde looks like. The top part of the video shows the movement we see from Earth while the bottom shows the planet's actual movement.
The answer to that would be: An Electron Cloud Model
An object that rotates has the tendency to continue rotating. There is no need for a continuous energy supply. In this case, the rotational energy was there from the moment that Earth formed. - Actually, to be precise, at first there was much more rotational energy; Earth's rotation has been slowing down due to tidal forces. It will continue slowing down until Earth always shows the same side to the Moon.
Either when the weather channel shows a large cloud mass that says thunderstorm, you see thunderheads (cloud formations), there are lots of signs. You can get more from the internet.
While Earth's rotation has a tremendous tangential speed, the satellite pictures are taken from such a great distance that this movement is not readily seen. Consider seeing a a jet plane in the sky. The place is moving at several hundred miles per hour, but when seen from a few miles below it appears to move rather slowly across the sky. Earth takes 24 hours to complete a rotation, so the actual angular speed of the rotation is quite small. There are other potential factors as well. Some satellite pictures are from geosynchronous satellites whose orbits match Earth's rotation. Live video from the International Space Station is publicly available. The speed of rotation at Earth's equator is 1,040 miles per hour while the Space station orbits much faster at 17,600 miles per hour. In live video its movement over Earth is noticeable.
rotation
They happen near the Earth's magnetic poles, in the north and in the south. There is a gas cloud that is expelled from the sun,which takes about 3days to reach earth. This cloud collides with Earth's magnetic field(north&south pole) which causes a chain reaction of energy among the particles in the gas cloud. The energy charges these particles,creating light shows.
the water cycle shows arrow under surface
Earth has more mass, and therefore takes longer than the Moon to slow down in its rotation. But eventually, Earth, too, will slow down until it always shows the Moon the same side.
Planet retrograde is when the planet appears, from the Earth point of view, to be orbiting opposite from its normal direction around the sun. Basically, it looks like its going backwards. It usually occurs when Earth overtakes a planet in its orbit. This video here at the link below shows a good example of what retrograde looks like. The top part of the video shows the movement we see from Earth while the bottom shows the planet's actual movement.
I am not aware of any cloud monitoring software but Microsoft should have tools available for their online cloud service that shows you what your cloud usage is like.
well i think it is the electron cloud
The moon/sun moving across the sky shows motion/rotation.
answer
it just shows how she is feeling
The Moon rotates in such a way that it always shows us the same side - it takes 27 days to go once around the Earth, and 27 days to rotate around its own axis. The reason for this is that the Moon's rotation, which was probably much faster initially, slowed down, through tidal forces from the Earth - just as the Earth's rotation is currently slowing down, due to tidal forces from the Moon. Many moons in the Solar System have this bound rotation - they rotate once every time they go around their planet.