Planet Earth

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If Earth's gravity was a billion times stronger than a black hole's, everything on Earth would be crushed instantly under the immense gravitational force. The planet itself would collapse into a black hole due to the overwhelming gravity. Life as we know it would cease to exist.

Mars does not have large bodies of liquid water on its surface like Earth does. There is evidence to suggest that Mars once had liquid water on its surface in the past, but it has mostly evaporated or frozen over time. Today, any water on Mars exists mostly in the form of ice or vapor.

If Earth had such an extreme elliptical orbit, it would face significant challenges for sustaining life. At a million miles from the sun, the planet would suffer from extreme heat, potentially leading to the evaporation of oceans and the destruction of the atmosphere. Conversely, at a light year from the sun, Earth would freeze due to lack of solar radiation, making it uninhabitable.

Matariki, also known as the Pleiades star cluster, is about 440 light-years away from Earth. It is a prominent feature in the night sky and is often used for navigation and cultural observations by various indigenous groups around the world.

An explosion of 100 billion gigatons of TNT on Earth would likely cause catastrophic destruction on a global scale. It would result in massive loss of life, widespread devastation of cities, and severe environmental damage. The impact would likely trigger tsunamis, earthquakes, and a nuclear winter effect due to the resulting debris and dust blocking sunlight.

a special thing called the receiver and it retrieves the sun

The Earth shows no measurable change in size on a yearly basis, though we know from observing other planets that as the core cools, they shrink because we can observe ridges formed in the crust.

The size of Earth is amazingly stable, so much so that it was something that attracted the attention of Earth scientists. The Earth's core cools a little each year, so it should shrink a little. The core is about 5,000 degrees C and has cooled only a very small amount, less than 100 degrees in a billion years. The slow cooling is partially attributed to the generation of new heat from radioactive decay of heavy elements like Uranium. It is not completely clear however and a matter of continuing research.

about 571 days

That can't happen. But let's say the scenario was possible. Earth will be so hot, it would be a superheated ball of gas. There is no way a planet's surface is that hot. even the surface of the hottest star is much less than that. Only on the inside can stars be that hot. Life on Earth will be vaporized by the enormously high temperature.

No, you could not ride a roller coaster on the moon because there is no atmosphere to provide resistance and friction needed for the ride. Additionally, the gravity on the moon is much weaker than on Earth, making it difficult to generate the forces needed for a roller coaster ride.

1.THE EARTH LEAD OR CONTROL PROTECTION CIRCUIT IN ELECT RIC FIELD CAN BE REFERRED AS: the finally brought back wire(cable)to the consumer's earth terminal and the earting lead connects this terminal to the earth electrode 2.EARTH ELECTRODE; can be referred as the electrode which makes connection to the general mass.it may be a cooper rod,tape or plateor a constructed lattice-type metal material depending onthe nature of the sub soil.Mr maganga from songea,Tanzania

The Earths diameter is 12742km on average. It is a slightly squashed sphere though, due to its spin pushing out at the equator. Its polar diameter is 12714km, while its diameter at the equator is 12756km

Sailors were and are able to use the Earth's magnetic field to navigate the seas because of the consistency of its orientation. The simple device known as a compass, which is used to indicate the direction of the Earth's magnetic field, contributes to navigational cues by giving an orientation of the ship through the act of comparison to the direction of the Earth's magnetic field, thus yielding useful information about the direction in which the ship sails. Unlike celestial bodies which can also be exploited to provide navigational information, the compass usually operates day or night and regardless of whether the sky is overcast. There are of course nuances in the operation of the compass, such as variation and deviation - allowances for slight local changes in geomagnetic force and differences between true north and magnetic north depending on global position (such as latitude).

The rotation of the earth results in what is known as the Coriolus Effect.

If Neptune was as close to Earth as the moon, its gravitational pull would cause significant disruptions in Earth's environment. Tides would be extremely high and erratic, leading to coastal flooding and other natural disasters. The presence of another large planet so close to Earth could also disrupt our planet's orbit and possibly cause catastrophic effects on both worlds.

The supercontinent that existed about 200-300 million years ago and encompassed all the Earth's landmasses was called Pangaea. It eventually broke apart to form the continents we have today through the process of continental drift.

Scientists study archaebacteria because they are capable of surviving in extreme environments similar to those found on other planets. By understanding how these organisms thrive in harsh conditions on Earth, researchers can gain insights into the potential for life to exist in similar environments elsewhere in the universe. Archaebacteria also provide valuable clues about the origins and evolution of life on Earth.

because neptune has more gravity than earth, so, idf you were to go there, the atmosphere of mathane, hydrogen, and helium would puch down on you and you would weigh more.

There is only one planet known to have significant bodies of liquid water that cover a large portion of its surface, and that is Earth. Other planets in our solar system, like Mars and Europa, have evidence of liquid water in the past or under their surface, but not as extensive as Earth's oceans.

Earth and Venus DO follow elliptical orbits around the sun (though the orbit of Venus is only very slightly elliptical). Earth's orbit being elliptical is, combined with our axial tilt, why we have seasons.

If Earth weighed that much, the gravitational pull on everything on its surface would be incredibly strong, likely causing severe structural damage to buildings and landscapes. The increased weight would also have a significant impact on the Earth's orbit and its ability to support life as we know it.

Jupiter is much larger than the planet Earth, so it would not fit into Earth even once.

Conversely, 1300 Earths can fit inside Jupiter.

As the earth spins on its axis, producing night and day, it also moves about the sun in an elliptical (elongated circle) orbit that requires about 365 1/4 days to complete. The earth's spin axis is tilted with respect to its orbital plane. This is what causes the seasons.