There are 168 hours in a week, on Earth.
Jupiter's "day" is about 9.83 hours.
So the answer is about 17.1 "Jupiter days".
I think there are about 75 constellations that Jupiter does NOT pass through.
Earth is 1 AU from the Sun and Jupiter is 5.2 AU from the sun. Assuming we travel in a straight line we need to pass 4.2*150= 630 million kilometers. At 2 million km/hr it would take 315 hours which is 13 days and 8 hours. This calculation is not considering relativistic effects.
According to the best data available today, "Io" moves in an orbit averaging 262,000 miles from Jupiter. Just like earth's moon, Io's axial rotation and orbital revolution are in sync. Both periods are 1.769 earth days.
The moon makes one complete revolution around the earth in 27.32 days. Wherever it is right now, it will travel half-way around the earth ... and be on exactly the opposite side ... in 13 days 16hours later.
The planets that are further from the Sun than Earth is, can never be in inferior conjunction with Earth. So they would be Mars, Jupiter, Saturn, Uranus and Neptune. Pluto and Ceres, are dwarf planets, but can't be in inferior conjunction with us either. Only Venus and Mercury can be.
earth to pass jupiter
If you were starting from Earth - Mars and Jupiter.
The closest we get to Jupiter when we pass it is about 629 million kilometers.
I think there are about 75 constellations that Jupiter does NOT pass through.
planets don't pass the sun, they orbit the sun. If you are asking from the vantage point of earth, then all planets outside the orbit of earth's will not appear to pass the sun. These are Mars, Jupiter, Saturn, Neptune, Uranus.
Every 14 days the moon goes the opposite side of the earth.
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.
there are 60,190 days.
Earth is 1 AU from the Sun and Jupiter is 5.2 AU from the sun. Assuming we travel in a straight line we need to pass 4.2*150= 630 million kilometers. At 2 million km/hr it would take 315 hours which is 13 days and 8 hours. This calculation is not considering relativistic effects.
Well the Moon is 1 light second away from earth ( meaning if you were moving at the speed of light you would reach and pass the moon in 1 second ) and the Sun is about 8 light minutes away from us. Jupiter is maybe 4 light minutes?
Just about the entire solar system! Assuming your starting point is Earth, you would pass Mars, Jupiter, Saturn, Uranus, and Neptune before reaching Pluto.
14 days