The average time required for one complete revolution of the earth about the sun, relative to the fixed stars is: 365 days, 6 hours, 9 minutes, 9.54 seconds, or one solar year, in units of mean solar time.
The moon orbits the Earth every 28 days (and change). In most years, the moon completes 13 orbits. It's day is exactly the same as its orbit, because the same side always faces the Earth, so it must complete one full orbit in order to complete one full rotation. So, most Earth years have 13 lunar "days".
A Lunar Phenomena (or a transient lunar phenomenon - TLP) is kind of unusual short-lived activity or events seen on the Moon. Those reported have included red glows, flashes, obscurations, and abnormal albedo and shadow effects. However there is no unambiguous photographic or photometric record of such an event and some authorities are inclined to dismiss them as either aberrational effects in Earth's atmosphere, changes in lunar lighting conditions, or outright illusions. [See Link]
The moon keeps one side facing the Earth as it revolves around Earth. This means that for every revolution, there is exactly one rotation. The moon takes about 29.53 days to revolve around the Earth (This is the synodic period: consider the time to go from one 'new moon' to the next. The synodic period brings the moon all the way back to the same position relative to the sun). But the moon's true (sidereal) rotational period is about 27.32 days, because we have to take into consideration that the moon is rotating and orbiting at the same time.
The closest they can ever be is on the order of 1,200,000,000 km; on average it's about 20% more than that.Note that it's not a simple matter of "point your spaceship in the right direction and just keep going straight", because that's not how celestial mechanics works. Voyager 1 passed by Saturn (and Enceladus as well) about 3 years after launch; Voyager 2 (which was actually launced first) took 4 years to get there, because it was launched along a different trajectory.
mercury has a year of approxamitely 88 earth days
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Jupiter, its day is 9.84 Earth hours long. This is incorrect. Revolution refers to the years on a planet. So that statement would be correct if you were talking about rotation. As to the correct answer, I have no idea. if you dont have the correct answers than don't put in the wrong answer.
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).
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.
Because the Earth moves far enough in the meantime to mean that the moon has to make a little more than one complete orbit in order to return to the same position relative to the Earth-Sun axis.
The order of planets does not directly affect their revolution around the sun. Each planet follows its own unique orbit path based on its distance from the sun and its orbital speed, which are determined by its gravitational interactions with the sun. The order of planets is simply a result of their formation in the early solar system.
The moon orbits the Earth every 28 days (and change). In most years, the moon completes 13 orbits. It's day is exactly the same as its orbit, because the same side always faces the Earth, so it must complete one full orbit in order to complete one full rotation. So, most Earth years have 13 lunar "days".
A Lunar Phenomena (or a transient lunar phenomenon - TLP) is kind of unusual short-lived activity or events seen on the Moon. Those reported have included red glows, flashes, obscurations, and abnormal albedo and shadow effects. However there is no unambiguous photographic or photometric record of such an event and some authorities are inclined to dismiss them as either aberrational effects in Earth's atmosphere, changes in lunar lighting conditions, or outright illusions. [See Link]
The moon keeps one side facing the Earth as it revolves around Earth. This means that for every revolution, there is exactly one rotation. The moon takes about 29.53 days to revolve around the Earth (This is the synodic period: consider the time to go from one 'new moon' to the next. The synodic period brings the moon all the way back to the same position relative to the sun). But the moon's true (sidereal) rotational period is about 27.32 days, because we have to take into consideration that the moon is rotating and orbiting at the same time.
The same as the order of their average distances from the sun. The farther a planet is from the sun, the longer it takes to complete an orbital revolution. So, Mercury is nearest to the sun and takes 88 days. Pluto is farthest from the sun and takes 248 years.,
Quite the contrary, Pluto is the slowest to orbit the sun. Each of the nine planets and their orbits in earth days and years are listed below: Mercury - 87.96 days Venus - 224.68 days Earth - 365.26 days Mars - 686.98 days Jupiter - 11.862 years Saturn - 29.456 years Uranus - 84.07 years Neptune - 164.81 years Pluto - 247.7 years
Order of the October Revolution ended in 1991.