What stops the oceans on earth not to spill out into space?

Question

The earth is round...and most of the earth's surface is covered by water...and the earth hangs in space...so how does the water stay in place?

Answer 1

this is because pocesses a quite strong gravitational pull that can hold the water

Answer 2

It's not just gravity. Given what you said above, the water should fly off the Earth and into the sun. So should the Earth. The sun is super massive compared to the Earth and the gravitational attraction of Earth just won't cut it.

In one day, the Earth will rotate completely. Because of the rotation, the source of the gravitational attraction will be constantly altered and the net effect on the water will be minimized.

Coincidentally, the Earth is falling towards the sun but because it is constant motion, the fall becomes an orbit.

Answer 3

Gravity stops the oceans on earth not to spill out into space.

Answer 4

Gravity

Answer 5

Gravity

Answer 6

Gravity

Answer 7

Gravity holds all objects on and in earth's orbit down and in position. It would not be possible for this to happen because the earth pulls on the oceans toward the center, allowing it to sway, but not letting it spill because it keeps everything on the ground. The moon also affects the ocean though, causing high and low tides by gravity and it pulls toward the earth too in its orbit.

Answer 8

Gravity. Everything in the Universe that has mass attracts everything else in the Universe that has mass, according to the inverse square of the distance between them. The Earth and the oceans both have mass, so they attract each other, and this is stronger than any force pushing them apart, resulting in them staying on the Earth.

Answer 9

Gravity Friend

Answer 10

to start without 'convertion of seawater into superheated steam' will ensue. because of fact 'water' and 'steam' are the the two a similar section, and distinction beween them is achieveable basically while they co-exist alongside section separation line. The severe factor of water is at P = 225 atm ~ 2.2 km under sea point. After the equipment settles, we could have user-friendly 'non-crystalline' component of water, each and each of how down and then up with temperatures and pressures T(r), P(r) symmetric with admire to the middle of the earth. the internet consequence would be comparable to taking U-shaped tube crammed with water and heating the backside of it utilizing kitchen range. there will be in all likelihood some convection currents, even in line with danger boiling at and close to the outdoors, yet no longer something magnificent. ******* regrettably i grew to become into no longer able to discover the section diagram of water at extreme adequate pressures, yet thus far as I keep in mind, someplace in hundreds of atm's the temperature of melting factor starts to strengthen reapidly. So mayby there will be ice in the middle.

Answer 11

Gravity Genius.