How far away is mercury from the sun in light years?

mercury orbits the sun at about 30 km/s, which means that each year it moves about 0.46 AU (astronomical units) from where it was the year before. That means it takes about 88.9 years for the planet to complete one orbit. You may have heard that Mercury is the closest to the sun. This is technically true, but it’s not really a helpful piece of information. When people say the sun is close to Mercury, they usually mean within 30

How far away is mercury from the sun?

Mercury is about 0.387 AU from the Sun. This is approximately equal to the average distance between the Earth and the Sun, which is about 0.0046 AU. If you want to know how far away Mercury is from the Sun in terms of light years, you can divide 0.387 AU by the speed of light, which is approximately 299,792,458 meters per second. This gives you an answer of about 20.8 trillion kilometers, or about 16.5 trillion miles.

How far away is mercury from the sun in terms of light years?

The sun is 4.567 light years away from the earth. So, to find the distance from the sun to mercury, you need to calculate the distance between the two planets multiplied by the number of light years per distance in the universe. The result is approximately 1,307,936,921,923,807,566,500 light years.

How far is mercury from the sun in inches?

Mercury is about 0.38 AU (astronomical unit) from the Sun. That’s about 0.38 times the average distance between the Earth and the Sun. The distance between the Sun and Mercury is about 0.26 AU, which is covered in less than a week. It takes about two months for Mercury to orbit the Sun.

How far is mercury from the Sun in light years?

If you need an exact answer, you'll need to figure out the angle between the Earth and the Sun and the distance between the two. There are several different angles you can use. The one used most commonly is the ecliptic. The ecliptic is an imaginary line in the sky that marks the path the Sun takes through the constellations. The path of the Sun is tilted with respect to the plane of the solar system. The angle between the ecliptic and