The orbits of Mars, Jupiter and Saturn are between Earth and Uranus. However, it depends on where in their orbits they actually are at the time as to whether you would pass them. If Uranus was on the same side of the sun as us, and the others were on the other side, although we would cross their orbits, we might not actually pass them. It is also possible, depending on where Uranus is at the time, that we might even have to pass through the orbits of Venus and Mercury if we were doing a direct route to Uranus and it was on the other side of the sun.
Mars.
You could not build a fire in the normal way on the planet Uranus since there is no oxygen in the atmosphere of that planet. However, if you were on Uranus, in your sealed spaceship with its own breathable atmosphere, and you wanted to build a fire there (which would probably be a terrible idea since it would use up your oxygen supply) that would be possible.
Yes.
Uranus is a gas planet. You would weigh about 67 pounds at the point where the atmospheric pressure is about equal to earth's. The closer to the core you go, the more you would weigh.
It was the other way round. Uranium was named after a planet. That planet was Uranus.
In astronomy, Uranus does not have a "sister" planet in the same way humans might have siblings. Each planet in our solar system is unique in its characteristics and position. Uranus is the seventh planet from the sun and one of the gas giants.
On the way to Uranus from Earth, you would pass by other gas giant planets in our solar system such as Jupiter and Saturn. These planets are closer to the Sun than Uranus, which is located further out in the solar system.
Uranus is often described in this (not very "scientific")way.
Uranus can not be said to have a climate in the way Earth does, and even Earth dos not have just one climate.
Uranus is the planet that is known for being knocked on its side, causing it to rotate almost perpendicular to its orbit around the Sun. This unique tilt is believed to be the result of a past collision with a large object.
It was the other way round. Uranium was named after a planet. That planet was Uranus.
Uranus is the planet in our solar system that rotates on its side. Its axial tilt is approximately 98 degrees, causing it to essentially roll on its side as it orbits the sun. This unique tilt results in extreme seasonal variations on Uranus.