The rule of thumb is that the closer the planet the less dense it is, this is a clue to the formation of the solar system, which originated from a gas nebula that was denser in the center.
Mars and Jupiter are separated by an asteroid belt. The distance between them is 3.7 AUs (Astronomical Units). One AU is equal to the distance between the sun and the earth. 1 AU = 150 million kilometers (93 million miles) 3.7 AU = 555 million km (344 million miles) The actual distance from Jupiter to Mars is constantly changing. Use the related link below for the current distance between the two planets.
Well, honey, there's no direct relationship between a planet's diameter and its position from the sun. Planets can vary in size regardless of their distance from the sun. It's like saying the size of your shoes determines how far you live from the nearest grocery store - it just doesn't work like that in the cosmic neighborhood.
For most of Venus's nearly circular orbit, Mercury is closer to it than Earth. But when Venus and Earth are on the same side of the Sun, Earth can be closer. And the distances between the planets are constantly changing. There are times when Mercury and Earth are closer than either is to Venus. * (see the related link below) The average distance of each of these planets from the Sun: - Mercury: 57,909,000 km - Venus: 108,200,000 km - Earth: 149,600,000 km So, when they do happen to line up on the same side of the Sun, the distance between Mercury and Venus will average about 50.3 million kilometers, and the distance between Venus and the Earth will average 41.4 million kilometers. But this is only the case for less than 35% of the Venusian year. The distance between Mercury and Venus can vary from just 37.7 million to as much as 178.7 million kilometers. The distance between Earth and Venus can vary from 39.2 million to as much as 256 million kilometers.
Earth has one moon and earth is the only planet next its moon however, other planets have their own moons. http://www.windows.ucar.edu/tour/link=/our_solar_system/moons_table.html The link above takes you to a "table" of moons, it lists which planets have moons, how many moons each planet has, the names of the moons, when they were discovered, who discovered them etc... Just copy and paste the address into your browser if you can't click it.
I'm unable to draw diagrams, but I can provide you with a list of the planets in order from the Sun: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune.
Yes, there is a relationship between the mass of a planet and its distance from its star. Heavier planets tend to form farther away from their star, while lighter planets form closer. This is due to the way planetary material condenses and accumulates in different parts of a developing solar system.
Each planet is several million miles from its next neighbor at their closest. The two closest planets Mercury and Venus are about thirty million miles apart, the furthest planets Pluto and Uranus are a billion miles apart
According to the Travelmania website, the distance between Eilat and Haifa is 451 km. See the Related Link.
Any link between the chemical element berkelium and a planet.
See link below.
298 miles - see the link below.
488 miles - see the related link below.
104 miles - see the related link below.
126 miles - see the related link below.
214 miles - see the related link below.
About 86 miles - see the related link below.
113 miles - see the related link below.