Because the earth and Jupiter are not always the same distance apart there will be an infinite range of answers; so i will give a range from the smallest to the longest amounts of time.
they range between 558 million miles and 603 million miles apart.
this means it would take between 22320 hours and 24120 hours.
Or between 930 and 1005 days.
25000 mph
3 days
About 94.000 mph (from 25000 to 160,000 mph)
The low side is about 25000 mph, the upper limit is over 100000 mph.
To convert 1275 furlongs per Jupiter day into mph, we need to consider the length of a Jupiter day. A day on Jupiter is approximately 9.9 Earth hours. First, convert furlongs to miles (1 furlong is 0.125 miles), then divide the distance by the length of a Jupiter day to find the speed in mph. So, 1275 furlongs/day * 0.125 miles/furlong = 159 miles/day, and 159 miles/day / 9.9 hours/day = approximately 16.06 mph.
11.3 km/s or 7 m/s or 25000 mph
It would take approximately 11 years to travel from Earth to Uranus at a speed of 25,000 mph. Due to the vast distance between the two planets, even at such a high speed, the journey would still be quite long.
135 mph
It would take approximately 13 months to reach Jupiter if the spacecraft maintains an average speed of 55,000 mph. This estimate is based on the average distance between Earth and Jupiter when they are at their closest points in their orbits.
It varies, but approximately 25000 miles in 90 minutes or 16000 mph
At the equator Jupiter has a radius (r) of about 44,423 miles (71,492 km).Multiply 2 * pi * r to get the circumferenceDivide this by 80 gives the answer in hours.Divide this by 24 to get answer in days.....................279,130 miles - precise 279130.507273,489 hours. - precise 3489.13134145 days - precise 145.38
25000 years.