You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
Craters and the position of the planet.
Current I have none of my own, but I do share one.
The best viewing position for inferior planets (Mercury and Venus) is when they are at greatest elongation, meaning they are at their farthest distance from the Sun in the sky. This provides the best visibility as they are higher above the horizon. The worst viewing position for inferior planets is when they are at superior conjunction, which means they are on the far side of the Sun and not visible from Earth.
There is no scientific evidence to support the idea that the position of stars and planets at the time of birth can change inherited traits. Inherited traits are determined by genetic information passed down from parents to offspring. The position of stars and planets, on the other hand, is not linked to genetic inheritance or the development of traits in offspring.
You can see Venus or other planets through a telescope from anywhere on Earth. The visibility of the planets depends on their current position in relation to Earth and the time of year. It is best to observe them from locations with minimal light pollution for optimal viewing.
No. As of current known orbital data, the Earth will never be in a position to collide with another planet.
Copernicus took the Earth from it's traditional position in the centre of the universe and stated that it must orbit the sun like the other planets. This is the basis for our current understanding of the solar system.
Yes, planets do change position during each season. The position of planets changes due to the Earth's orbit around the Sun, causing different planets to be visible at different times of the year. The change in position of planets varies depending on the planet and the season.
The planets reached their approximate current size about four and a half billion years ago.
Of course you can draw a planet in a constellation, and it will stay there - on the paper. But in the real sky, the planets will not stay in any constellation for a long time. They move around.To track the current position of a planet, nowadays you can use some software, for example, "Redshift".Of course you can draw a planet in a constellation, and it will stay there - on the paper. But in the real sky, the planets will not stay in any constellation for a long time. They move around.To track the current position of a planet, nowadays you can use some software, for example, "Redshift".Of course you can draw a planet in a constellation, and it will stay there - on the paper. But in the real sky, the planets will not stay in any constellation for a long time. They move around.To track the current position of a planet, nowadays you can use some software, for example, "Redshift".Of course you can draw a planet in a constellation, and it will stay there - on the paper. But in the real sky, the planets will not stay in any constellation for a long time. They move around.To track the current position of a planet, nowadays you can use some software, for example, "Redshift".
We do not have a system of dates for other planets. The only system we have is that of Earth.
By triangulation method.
Mars is one of five planets that can be seen on Earth without a telescope. It has been known since antiquity. Tycho Brahe was one of the first astronomers to calculate its position and identify it as a planet.
Some people believe that their lives are affected by the position of the stars and planets. These people put their hopes in astrology.
Craters and the position of the planet.
ither elliptical, heliocentric, or position!!!
Actually all the current planets are larger than our moon.