That would depend on what time of year you left the Earth. But if you knew the distance between the two planets at their closest. Then all you have to do is divide that distance by 186,000 and this would give you how many seconds away Jupiter was from the Earth. The moon is 250,000 miles away that's 250,000/186,000 = 1.344 seconds away.
Light travels at a speed of about 186,282 miles per second. The time it takes for light to travel to Jupiter depends on the distance between Earth and Jupiter, which varies as they orbit the sun. On average, light takes about 33 minutes to travel from Earth to Jupiter when they are at their closest approach.
at the speed of light, a little over 8 minuets.
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.
Light travels at a speed of approximately 186,282 miles per second. In 17 minutes, light would travel approximately 62,687,700 miles.
A message traveling at the speed of light would take 6 years to reach a location 6 light-years away. To convert that into minutes, you would need to multiply 6 years by the number of minutes in a year (525,600). This calculation would show you how many minutes it would take for the message to travel 6 light-years.
2 minutes
Light travels at a speed of about 186,282 miles per second. The time it takes for light to travel to Jupiter depends on the distance between Earth and Jupiter, which varies as they orbit the sun. On average, light takes about 33 minutes to travel from Earth to Jupiter when they are at their closest approach.
If Jupiter was directly behind earth and you could travel at the speed of light you could get there in 35 minutes that's as quick as the laws of physics would allow you to get there.
Unfortunately you can't get an exact answer because the distance keeps changing. It would take from about 35 minutes up to about 55 minutes.
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?
That depends on how far apart Jupiter and earth are at the time.When both are on the same side of the sun, the closest the two planets can befrom each other is about 391 million miles. When on opposite sides of the sun,the farthest apart is about 577 million miles.The corresponding transit-times at light speed are between 35 minutes and 51.6 minutes.
You seem have too many zeros. Jupiter is 778 million Kilometers (778,000,000), NOT miles from the Sun. The number of miles is about 484 million (484,000,000). Light will take just over 40 minutes to reach Jupiter. The speed of light is abut 186,000 miles per second (300,000 kilometers per second)
It would take about 100 minutes for a spacecraft traveling at the speed of light (186,282 miles per second) to travel from Jupiter to Callisto, which is one of Jupiter's moons. However, current spacecraft travel at much slower speeds due to technical limitations, so it would take longer to cover the distance.
As earth revolves around the sun at a much faster speed than Jupiter does, the distance is changing a lot from year to year, even every minute. If say starting from the sun, even at the speed of light, it would take approx 43 minutes to get to Jupiter. If the rocket managed an approximate of 1/100 of the speed of light, then the trip would take roughly 3 days or approx 72 hours. With this speed, from earth, when earth is aligned with Jupiter on the right side of the sun, the trip would roughly be done in 63 hours. (Approx 2 days and 15 hours). Rockets today can not achieve this speed, but who knows what future holds for us.
8 minutes
If you traveled at the speed of light (a current impossibility), you would travel from Earth to the Sun in an average of 8 minutes. Or would you? I suspect that you would burn up well before the 8 minutes were up.
If the sun suddenly stopped shining, it would take about 43 minutes for Jupiter to become dark, as that is how long it takes for sunlight to reach Jupiter. Jupiter's moons would also become dark since they rely on the sun's light for illumination.