One AU, the distance from the Earth to the Sun, is 500 light-seconds. A signal to a spacecraft at a distance of 3.3 AU would take 500 x 3.3 = 1,650 seconds, or 27.5 minutes.
Assuming your referring to an orbiting spacecraft, which travels around 17,000 MPH.First convert 50 seconds into the fraction of an hour = about 0.0139 hours, multiply this times 17,000 and that's 236.11111 miles in 50 seconds.
That distance you gave is nearly 200 astronomical units so if that is right the time would be 8 minutes times 200, which is 26½ hours.
In a zero G spacecraft, it would be just a small sphere of flame that lasts a couple of seconds and goes out..
According to the International Astronomical Units, a Julian year is 31,557,600 seconds long.
The different types of seconds include astronomical seconds (based on Earth's rotation), atomic seconds (based on atomic clocks), and ephemeris seconds (based on the motion of celestial bodies). These types of seconds are used in various fields such as astronomy, physics, and timekeeping.
An au is an astronomical unit, or how far light will travel in a year.
the units used are light seconds, minutes, hours and astronomical units.
The International Astronomical Union definition of a second gives 31,557,600 seconds in a year. That makes 12 years = 378,691,200 seconds. And that is not counting the leap-second corrections that are made from time to time.
Approximatley 2 weeks, 3 hours, 20 minutes, 70 seconds and 35 mili-seconds
no you retard It is possible, but very unlikely.
The duration of A Certain Sacrifice is 3600.0 seconds.
The duration of Certain Chapters is 300.0 seconds.