If the water on Earth loses its gravitational pull on Earth, will it disperse into the universe in w

Yes. If the revolution effect is not considered: first, under the action of centrifugal force, liquid water will fly away from the ground in the tangential direction, and at the same time, due to the centrifugal inertia centrifugal force of the earth's atmosphere flying away from the surface, the air pressure near the surface will decrease rapidly, the vapor pressure will decrease, and the liquid water will quickly evaporate into water vapor and continue to diffuse into space.

If there is no gravitational force, because entropy always tends to increase, water will fill the surrounding space with other matter, and there is no atmosphere in space, so heat cannot be conserved, and water will exist in the form of ice.

I think it will be in the form of water molecules. Because there is no information on the decomposition of water by ultraviolet light, scientists can use catalytic means and auxiliary equipment to decompose water with ultraviolet or even visible light on the surface, and temporarily feel that water molecules will not decompose.

I don't think that's right.

Water Time Zone on EarthEarth's gravitational pull? As far as the current theory is concerned, it is not valid.

Furthermore, if gravity does not exist, do other forces exist, and do the laws of physics that we normally follow change? These should be all things we need to consider

No, because it's impossible from physics or theoretical physics! Because you have to reach the first speed of the universe when you leave the earth, how can you fly out of the earth, how can you get out of the ozone layer? Or even if the first speed of the universe is reached, rapid friction in the atmosphere can evaporate them @ so it is impossible.

Even if there is centrifugal force that can throw him out, the friction of the atmosphere can completely vaporize them. Because to disperse into the universe, it must go through the atmosphere, and if there is no atmosphere, it should be possible. In the form, you can think of it according to my words @ It may be gaseous, liquid!

I think so, without gravity, the saturated vapor pressure is 0. The water will continue to turn into water vapor and disperse into the universe. Of course, there is no air atmosphere on the planet.

Because space is a vacuum, there is no vapour pressure in the absence of gravity.

Because the boiling point of water is related to vapor pressure, water will continue to form vapor and spread into the universe without the action of large vapor pressure, and some of them will be inhaled by the gravitational force of other stars, while others will exist in various forms, such as comets (under cold conditions).

Certainly not in the form of vapour ... It's been a long time coming.。。

It will spread into the universe.

In the universe, the pressure tends to zero.

It is estimated that it exists in an ionic state.

I agree with this——— I think so, without gravity, the saturated vapor pressure is 0. The water will continue to turn into water vapor and disperse into the universe. Of course, there is no air atmosphere on the planet. ”

Of course, the first thing that happens is that the water is thrown out.

Yes, it is equivalent to being thrown out by the centrifugal force of the earth's rotation and exists in the form of water molecules.

Because the water vapor molecules in the atmosphere will decompose under the ultraviolet rays of sunlight and become hydrogen atoms and oxygen atoms, hydrogen atoms are very light and easy to get rid of the shackles of the earth's gravity.

I suspect it will be dispersed into the universe as a gas.

I just graduated from high school 3, and I know too well the advanced theories. Let's think of it: in a spaceship, water exists as water molecules.

Exists in the form of water vapor.

Weightlessness, it will be a suspended water molecule.

It's impossible not to go crazy with you.

There are many ways to prove it in life, and the apple in your hand falling to the place is actually an effect of the gravitational attraction of the earth, which is that gravity is at work. The fact that we jump up and then immediately return to the ground is also a vivid example of gravity pulling our bodies down.

That is, human beings will still fall to the ground after jumping off the ground, the fruit will fall to the ground when it is ripe, everyone can walk on the ground, and the plane needs to be powered to fly, everyone needs to use force when they go up, etc., many things in life can show the existence of gravity.

Throwing an apple into the sky and the apple will fall, or you throw an object and the thing will fall to the ground forever, and whatever you throw into the sky will fall, which proves that gravity exists.

When we throw something, there will be a drop, then it shows that gravity on the earth is still there, after all, such things are very common in our lives.

Flew. Because water is fluid, if there is no gravitational pull, it will fly everywhere, so the gravitational pull of the earth will disappear, and the water on the earth will fly away.

The water on Earth will enter the air, and then this water will slowly evaporate, and all the water on Earth will disappear.

When the Earth's gravity disappears, the Earth disintegrates, and water drifts into outer space. Become part of another planet.

The reason for the occurrence of gravitational force (brief description): When the high-energy particles moving in the universe pass through matter (celestial bodies or particles), part of them are intercepted and absorbed to form a weak energy region (Einstein's space-time curvature), which is the gravitational range mv2=e=mv2 (the formula of the law of conservation of energy conversion). For more details, please see the forthcoming gravitational hypothesis, "Elemental Periods and the Causes of Gravitation".

This is because the earth has gravity, and the atmosphere above the earth is particularly thick, so there will be no water falling into the universe, and the eyesight is relatively large at night.

Because the earth is round, the bottom of the sea is connected, and there are various theories and the gravitational pull of objects, so there is no way to fall into the universe. Yes, the gravitational pull of the Earth is very large.

This is because there is a certain attraction on the earth, so it is impossible for water from the ocean to fall into the universe. It's because of the gravitational pull of the earth.

It's because of the gravitational pull of the earth, because there is a lot of gravitational pull, and because of inertia, there is no way to fall into the universe.

There are three states of existence of water on Earth: liquid, solid, and vapor. Under the action of gravity, liquid water enters the Earth's rivers and lakes, moving close to the craters at the bottom of the earth's surface.

Solid water is mainly distributed in the unmelted snow and ice in the Arctic and Antarctic and some high mountains. The water in the vapor state is a group of volatile water vapor from the surface weathering into the earth's atmosphere, wind and rain, forming rain and snow, returning to the ground, etc., all under the action of the earth's magnetic field, chasing closely around the earth, without falling into space. In short, the Earth's gravity sucks them away.

If the Earth had no magnetic field, no gravity, they would flee into space, lose their water source like Mars, and turn into dry sand dunes. This is my opinion. Thank you for having me.

This has to do with gravitational attraction (the interaction between objects, the law of mutual attraction caused by the gravitational mass between objects)! Because the earth we live on is the most massive and the most recent, the water on the ground and the matter in the atmosphere are tightly united around the earth, and once it is separated from the gravity of the earth, it will become something floating in the universe until other celestial bodies **catch. Water on Earth exists in three forms: air, surface, and underground gases, liquids, and solids, including atmospheric water, sea water, terrestrial water (rivers, lakes, swamps, snow, soil water, groundwater), and biological water for living organisms.

This water is constantly moving, connecting with each other, and together forming a water right.

When we talk about water rights, we generally refer to the earth's crust occupied by snow and ice, liquid water, and moisture. The upper limit of water rights can be seen as the tropopause, and the lower limit is the depth of contact with deep groundwater. Most of the water in the water right is collected on the ground in the form of liquids and solids, forming a variety of bodies of water such as glaciers, oceans, rivers, lakes, reservoirs, etc.

In general, a water body is a complete ecosystem that includes water, suspended solids, dissolved matter, inferior quality, aquatic organisms, etc. At this point, we also call it the water environment. Why does Apple always hit Newton on the head?

That's because Newton was smart oh no, that's because of gravity. Why can't water flow out of the earth? Why don't people on the back side of the earth fall?

That's because all objects on Earth are affected by gravity. The role of forces is interaction. Apples and the earth also have gravity.

It's just that because it's so small, the apple can only fall obediently to the ground. The tidal phenomenon is a good example. Seawater is mainly affected by the gravity of the Earth and the Sun, producing periodic high tides.

People go to higher places, and water flows to lower places, and the flowing water is liquid and fluid, and it is affected by the gravity of the earth, so it naturally flows to low places. To be free from the influence of Earth's gravity, an object must reach a speed of kilometers per second, the second cosmic velocity, in order to break free from the Earth's gravity. It's just that at the first cosmic velocity kilometer second, circling the Earth, it can only become a satellite.

The reason why water flows lower is because it is affected by the gravitational pull of the earth, and if the water breaks free from the gravitational pull of the earth, it will escape into space. By that time, there will be less and less water on Earth.

The reason for flowing into space is that if the water on Earth is free from the gravitational constraints, due to the influence of gravity, the water will be attracted by the gravitational attraction of other planets in space, wander into space, and will soon evaporate.

The earth has no gravitational pull, and because the earth is constantly rotating, it is equivalent to a centrifuge. The force of the seawater on the centrifuge will be thrown out, and the water will all run into the air, and then we can see a shocking image of water all over our heads, and the whole sky is covered with water.

The earth does not have a focus in the universe, so in this piece of nothingness, will it fall? At that time, many people were very afraid that the earth would fall into a bottomless pit, and if such a situation occurred, human beings would also suffer, just like taking an elevator and suddenly losing weightless. The Earth is not a suspended state in the universe, but is subject to gravity.

Which side will the Earth fall on?

Looking at this empty universe and the earth suspended in the universe, if one day the earth we live on really loses the gravitational constraints of the sun, it will really become a state suspended in the universe. In such a state, which side will the earth fall towards? There may be a certain oddity in this statement, you must know that the earth has a direction in common sense life, no matter what it does.

Will the Earth lose its gravitational pull and fall to the deepest part of the universe?

For example, when we jump long, we always fall down, and when we throw the ball, no matter how tall the person is, we will eventually return to the ground. In the same way, there should be a direction of force in the universe, and if the earth really loses its gravitational pull, what will happen in an instant? Will it also fall into the deepest part of the universe?

In fact, the final answer is not as complicated as we think, if the earth really loses the gravitational pull of the sun in an instant, it will essentially look for all objects that may have gravitational attraction at this moment.

The Earth loses the gravitational pull of the sun and does not experience weightlessness

For example, in addition to the gravitational pull of the sun, there is also a certain gravitational attraction of Mercury, Venus, etc., so the earth will not detach. Either Venus, or Mercury revolves around the Earth, or the Earth revolves around these two planets, and in general, the Earth will not be weightless even if it does not have the Sun as a gravitational force. There is also a situation where the earth is suddenly not affected by any gravitational pull, and in this situation it will not fall, but will be suspended there in a kind of stillness.

In essence, the earth has formed a balance of forces, or the earth itself has formed a state of not being forced, in such a state, the earth will not fall, but will present an absolute state of rest

If the Earth is detached from the gravitational pull of the Sun, it will move in a straight line at a uniform speed in the universe until another planet or star floats on it.

The universe is huge, boundless earth, and it is often small in the universe. The Earth is constantly moving in its own orbit. At present, Duan Huai has no signs of deviating from the track.

It should fall down, because this is how the attraction is formed, and once there is no attraction, it will fall downward.

If the earth is not attractive, it will generally fall directly. It is also possible to float in the air, which is particularly dangerous.

If the earth is not affected by the force of attraction, then it will cause the earth to be suspended and there will also be weightlessness.

I think it's going to fall down because it's a straight motion with a constant velocity.