How long would it take to get to Jupiter at the speed of sound?

If you were to travel to jupiter at the speed of sound, it would take about 12 minutes. That's pretty fast (it would take about 6 hours to get from the Sun to the farthest reaches of the Solar System), but you'd have plenty of time to take in the sights!

How long would it take to get to Jupiter in the speed of sound without stopping?

If you could travel at the speed of sound without ever stopping, it would take you about 5 hours to reach jupiter That’s because one second of travel time at the speed of sound is equivalent to about 9.46 miles, and Jupiter is about 39.5 milimeters away from us.

How fast would

A trip to the gas giants would take about 11 years at the speed of sound, which is about 62,000 mph. To reach this speed, a spacecraft would need to travel at 483,000 mph, which is a little more than 1.5 million miles per hour.

How long would it take to reach Jupiter at the speed of sound?

This question probably isn’t one that you’ve considered before, but the answer is quite simple: about 238 years. That’s the time it would take to travel at the speed of sound from the Sun to the nearest star. While it sounds like an eternity, the race isn’t entirely hopeless. You could use a faster-than-light drive to reach the nearest star within a reasonable time, but the journey would still take a little over one year.

How long does it take to get to Jupiter in the speed of sound?

It would take about 11.5 hours at the speed of sound to travel from the Earth to the Sun. But when you're going in the opposite direction, the journey could take nine years. So, it would take about 12.5 years to travel from the Sun to the Earth at the speed of sound. It's hard to imagine a journey of that length, but we should remember that time dilation occurs at near the speed of light, so the journey would seem to take only a fraction