The 'little planets' between Mars and Jupiter are called asteroids.
Not much. Earth is at 1 AU, by definition, and Mars is at about 1.5 AU. Between Mars and Jupiter (about 5 AU) there are no large planets; it is thought that Jupiter's gravity interfered with planets forming near it. Instead, there are billions of asteroids, which are of similar chemical makeup to the inner planets (i.e. mostly rocks and metals), but much smaller, ranging from smaller than a sand grain to the size of U.S. states. We have observed several thousand of the larger ones; these are irregularly-shaped rocky things the size of cities. The largest, Ceres, is almost 600 miles across and orbits between 2.54 and 2.98 AU. So, I suppose I could say that Ceres is at 3 AU, once every 4.5 (Earth) years. See http://en.wikipedia.org/wiki/Ceres_(dwarf_planet) for more about Ceres.
There are millions of them, ranging from the main eight planets, several further dwarf planets, comets, asteroids, kuiper belt objects and meteoroids. All in orbit around our sun.
Jupiter actually has many satellites. As of February 2004, Jupiter had a confirmed number of 63 satellites, ranging from the largest four, the Galilean moons, Ganymede, Io, Callisto, and Europa. 53-55 of Jupiter's satellites are tiny and unimportant, small space objects caught in the planet's gravity
The Difference is that Radar Satellites are just a more advanced version of Radar.
Jupiter is a gaseous planet with temperatures ranging from close to absolute zero at the outermost cloud layer to an estimated 36,000° Kelvin at the core. The outer layer of the planet has an average temperature of about 390 degrees Celsius or 680 degrees Fahrenheit. The temperature in Jupiter's clouds is about -140 degrees Celsius or -220 degrees Fahrenheit. The temperature in Jupiter's core is about 24,000 degrees Celsius or 43,000 degrees Fahrenheit. !
The chunks of metal and rock between the planets are known as asteroids. They are small celestial bodies that orbit the Sun. Asteroids can vary in size, ranging from small boulders to objects several hundred kilometers in diameter. They are primarily found in the asteroid belt, a region located between the orbits of Mars and Jupiter, although some asteroids can also be found in other parts of the solar system.
The distance between Jupiter and Venus changes constantly, ranging from 689,000,000 km to 923,000,000 km. The current actual distance is close to the lower figure. The angular distance in the sky ranges from 0 to 180 degrees, but is currently about 8.5 degrees. All the planets are continually moving and at different speeds, so the distances between them is constantly changing. So your question cannot really be answered definitively.
Mercury and Venus are the only planets in the solar system that don't have natural satellites.All of the others have them, ranging in number from the earth's one to Jupiter's 63 known moons.
The ranging price for a sony camera lens is between two hundred and fifty, and seven to eight hundred dollars. They can be expensive, but they're worth it.
There is no planet Kepler. Designations such as Kepler-69c are given to planets discovered by the Kepler spacecraft. This spacecraft has discovered planets ranging from 100 to 7,000 light years away.
Jupiter. The storm is the "Great Red Spot".
any of thousands of small celestial bodies that revolve about the sun in orbits chiefly between those of mars and jupiter ranging in diameter from one mile to 480 miles
a small rocky body orbiting the sun. Large numbers of these, ranging enormously in size, are found between the orbits of Mars and Jupiter, though some have more eccentric orbits.
Not much. Earth is at 1 AU, by definition, and Mars is at about 1.5 AU. Between Mars and Jupiter (about 5 AU) there are no large planets; it is thought that Jupiter's gravity interfered with planets forming near it. Instead, there are billions of asteroids, which are of similar chemical makeup to the inner planets (i.e. mostly rocks and metals), but much smaller, ranging from smaller than a sand grain to the size of U.S. states. We have observed several thousand of the larger ones; these are irregularly-shaped rocky things the size of cities. The largest, Ceres, is almost 600 miles across and orbits between 2.54 and 2.98 AU. So, I suppose I could say that Ceres is at 3 AU, once every 4.5 (Earth) years. See http://en.wikipedia.org/wiki/Ceres_(dwarf_planet) for more about Ceres.
Jupiter revolves around the Sun in a manner similar to the Earth, which is counter-clockwise as viewed from the arbitrary "north" or "above" the ecliptic plane. Jupiter, however, is much farther out than Earth, with an elliptical orbit ranging from 740 to 816 million kilometers from the Sun. It takes about 11.86 Earth years to make one complete orbit.
Particles of dust, ice and rocks, ranging from microscopic sizes up to tens of meters accross.
Ranging from several dozen to as much as one hundred depending on the method of cataloging.