Anywhere at all outside Earth's atmosphere. In its orbital area or very close to the atmosphere
An organism must be in outer space, typically above the Kármán line at an altitude of 100 km, to orbit the Earth. This is where the conditions are right for an object to remain in orbit due to the balance between its speed and gravitational pull.
to stay
Earth is the next planet to orbit inside Mars, while Jupiter is the next planet to orbit outside Mars orbit. Mars' orbit is closer to Venus (and Mercurys') orbit than it is to Jupiters though.
the sun has like a magnetic field and the earth has to orbit it. in order to do so it spins on its axis
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Mars and Venus orbit closest to the earth in the order sunward to rimward: Venus, Earth, Mars.
The 'orbit' is the term we use to refer to the path that a body follows under the influence of its gravitational interaction with another body. The earth moves in its 'orbit' around the sun, always staying roughly 93 million miles distant from the sun. The earth makes one complete trip in its orbit around the sun in 1 year. In order to do that, the earth's speed in its orbit around the sun is almost 67,000 miles per hour ! At the same time, from the vantage point of an observer on the earth, the moon moves in its 'orbit' around the earth, always staying roughly 1/4 of a million miles from the earth. The moon makes one complete trip in its orbit around the earth in a little less than 1 month. In order to do that, the moon's speed in its orbit around the earth is about 2,300 miles per hour.
No. If they did, air resistance would quickly slow them down and they would fall out of orbit. In order to be in a stable orbit, the satellites must be out of the atmosphere completely.
Natural satellites are organic objects that orbit the earth such as the moon. Artificial satellites are objects humans propel through the earth's atmosphere in order to orbit the earth such as satellites for TV and radio signals.
Earth takes a lot longer to make one complete order around the sun than Mercury does. The time required for Mercury to make one orbit is equal to 88 Earth days (whereas one orbit for Earth is about 365 Earth days).
In order for the moon to have been captured by the earth, it has to be smaller than the earth. If it were bigger, it would have pulled the earth into its orbit, making the earth the moon.
The earth needs to be at a point in its orbit from which the Hohmann transfer orbit between earth and the orbit of Saturnrequiring the least launch energy terminates at the point where Saturn will be when the vehicle gets there.You might want to read that again, slowly. That's as plain as I know how to say it.