The cloud moves because it moves itself or because the earth rotates

The cloud moves because it moves on its own.

The atmosphere in which the clouds are located moves with the earth, so if there is no wind, the clouds will be relatively stationary with the earth.

An example of how the atmosphere and the Earth are relatively stationary is that you can't ride a hot air balloon and you don't move for 24 hours, and the Earth rotates around the world to complete the round-the-world, but you can. And you can think of the atmosphere and the earth as a whole.

The clouds and the earth remain relatively stationary when the earth is stationary, and now the clouds are moving, indicating that there is an external force, and this external force is generated by the pressure difference of the air pressure, that is, the wind, so it is not the cloud itself moving nor the earth rotating, it is the external force that the wind propulses.

Due to the pressure difference, the air pushes the clouds to move. It also has a bit of an impact on the rotation of the earth. Negligible.

Personal opinion.

I agree with the answer from the guy upstairs.

At the same time, add a point.

The rotation of the Earth only has the effect of changing the direction of motion of the moving object.

I don't think if the earth doesn't rotate, there won't be centrifugal force. Then the clouds will not move.

Contemptible is still a junior high school student, if I say something wrong, please don't point it out!!

The junior high school student was right, but I would like to add that the sun's rays create a temperature difference in the earth, and clouds flow because of the temperature difference.

When the wind blows, the reason for the formation of the wind is that the horizontal pressure lifting force and the geostrophic deflection force are still related to the rotation.

Pure macro bend is input by hand, and brain output.

The force of the cloud: horizontal.

1. Geostrophic deflection force (caused by geostrophic rotation).

2. Horizontal barometric pressure gradient force (which can be understood as the so-called wind).

3. Friction (don't explain this banquet key).

Are the clouds moving at the speed of the Earth's rotation? Why? As an atmosphere, it also has its own unique way of moving, mainly under the strong influence of the sun, thus forming westerly winds, subtropical highs, etc.

To put it simply, the winds on Earth blow from two areas of high pressure to the equatorial low pressure region and the two polar low pressure regions, thus creating a global atmospheric circulation.

The ancients said that they knew astronomy and geography, which to a large extent meant the changes in the weather. Zhuge Liang dared to borrow the east wind because he had a certain understanding of the seasonal changes of the wind, but the ancients regarded it as a secret, and now there are more than ten yuan of textbooks printed for a copy, but not many people care, because the "Shi Ji Bao" has changed, and there is no buyer for these materials. If"Me"The direction of motion and the amplitude of the denier height are the same as the rotation of the earth.

Then the clouds move at the speed of the Earth's rotation. His spring pants he situation. the "Me"The speed of motion is different from the speed of the Earth's rotation and is in the same direction; The speed and direction of my motion is different from the speed at which the Earth rotates.

The speed at which the clouds move is the sum of the earth's rotation speed"Me"of movement speed.

<>If you don't understand, you can experience it with life on a bike. If you don't feel the wind in nature, you'll ride at the same speed and direction, as in the air. If you feel the wind blowing, you will be able to speed much faster than the wind.

When riding against the wind, you will feel the natural wind stronger, and the speed of the air flow is very different from the speed of your bike. Let's assume that all the earth objects that insist on it magically stop rotating suddenly, just give the atmosphere inertia, although it does not rotate the earth, but the atmosphere is still rotating, what will happen, to understand or even just imagine, there must be a reference value, let's look at the classification of wind speed and direction.

Motion and rest are relative. The same object, taking different reference object rulers, its motion state is different. So the definition of rest and motion is like this.

Motion. A constant change in position relative to a reference. Rest.

There is no change in position relative to one of the references. For example, if we want to study the state of motion of passengers, we will take the car as a reference, the passengers in the car are stationary, and the trees on the side of the road as a reference, and the passengers are in motion.

The movement of the cloud does not revolve around the earth like the moon, it just floats in the air and moves with the air current, and the air flow changes from time to time, and the direction of the cloud's movement is not necessarily.

Clouds don't always turn into rain, it's conditional. Clouds are actually very small water droplets or fog that fall when they condense together and become larger, forming rainfall. Rain occurs when hot air that is humid enough meets cold air, and rainy weather is usually formed when a cold snap hits in winter.

Of course, there are other factors, such as condensation nuclei and so on.

Motion is relative, and two objects with the same direction and velocity cannot feel motion.

Clouds, which are present in the Earth's atmosphere, are moving at the same time as the Earth. You see clouds in the sky that are "not moving", and in fact they are also moving at the same time as the earth.

Due to the influence of the wind in the atmosphere, the clouds will move in the atmosphere, and you will see the clouds "drifting" in the sky.

In short, the clouds must be in motion, either relative to the ground or not. As far as the movement of clouds is concerned, the speed of synchronous motion with the earth is very high (the speed at which the earth rotates and revolutions), so it can be said that the clouds are moving with the earth.

As long as a substance is affected by the gravitational pull of another substance, then that substance follows the motion of another substance. Before the birth of airplanes, people used to have a delusion, that is, in a hot air balloon suspended in the sky, the earth would rotate, and after a certain period of time, landing, landing and take-off were different. In fact, hot air balloons are affected by the gravitational pull of the earth, and this method is impossible.