Satellite
The first planet orbiting the sun is Mercury, and the last planet is Neptune. Mercury is the closest planet to the sun, while Neptune is the farthest.
No, the length of a year refers to the time it takes for a planet to complete one orbit around its star, while the orbital period is the time it takes for an object to complete one orbit around another object in space, such as a moon around a planet or a planet around a star. The length of a year is specific to a planet, while orbital period is a more general concept relating to any orbiting object.
A moon or artificial object orbiting around a planet is called a satellite.
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The third planet to sun is our planet "Earth" which is at the minimum distance of 146 million kilometers and the maximum distance from the sun of 152 million kilometers while orbiting around the sun.
while the earth is orbiting the sun the moon is orbiting the earth
Any astronaut would experience weightlessness while orbiting the Earth.Any astronaut would experience weightlessness while orbiting the Earth.Any astronaut would experience weightlessness while orbiting the Earth.Any astronaut would experience weightlessness while orbiting the Earth.
Yes. Each complete rotation of the earth takes about 24 hours. Each complete orbit of the sun takes earth about 365 days.
The time it takes for a planet to complete one full rotation on its axis varies depending on the planet. For example, Earth takes approximately 24 hours to rotate once, while Venus takes about 243 Earth days. The length of a day on a planet is determined by its rotational speed and size.
Sometimes two planet line up, it only looks nice and doesn't have any effect whatsoever.
The radial velocity method and the transit method have been most successful in discovering massive planets orbiting near their parent stars. The radial velocity method detects planets by measuring the wobble of the star caused by the gravitational pull of the planet, while the transit method detects planets by observing the dip in brightness as the planet passes in front of its star.
The size of a planet's orbit depends on its distance from the star it is orbiting. Planets farther away from the star have larger orbits, while planets closer to the star have smaller orbits. The gravitational pull between the planet and the star also influences the size of the orbit.