According to Mavsman110. in the 'How much time does it take light to travel one foot?' post the answer was 1 nanosecond. Based on that you should be able to safely assume that "one nanosecond divided by 12 = you answer" so the answer is:
1/12 Of a nanosecond!8 minutes
8 minutes, as that is the time it takes for the light from the sun to travel to the earth.
A light year is a measure of distance not time. A light year is the distance light travels in one year. So for light to travel 6,300 light years, would take 6,300 years
About a second. The circumference of Earth is about 40,075 km. Light travels at about 299,792 km/s. So to find how long it takes to go around 7.5 times, we multiply the circumference of the Earth by 7.5. Then take that answer and divide it by the speed of light, which equals 1.0026 seconds.
Traveling 600 million light years would take an impossibly long time, considering the current limits of our technology. Even traveling at the speed of light (which is not feasible for matter with mass), it would still take 600 million years to cover that distance. The vastness of space makes interstellar travel on such a scale unrealistic with our current knowledge and technology.
One nanosecond.
yes light does take time to travel, and the time taken is at the speed of light. And so depending on the distance, we will know how much time it has taken.
it takes about 3-4 minutes for light to travel to mercury
if you are going the speed of light, it would take 1 year.
About 1.3 seconds
8 minutes
Traveling 40 light years would take 40 years at the speed of light.
snails slide on there foot using a sticky mucus to travel it may take a long time depending on where they are going.
2 billion years.
The formula to calculate travel time at the speed of light is distance divided by the speed of light. The nearest star to Earth is Proxima Centauri, which is about 4.24 light-years away. Therefore, the travel time to Proxima Centauri at the speed of light would be 4.24 years.
900 billion years - if you travel near the speed of light. If you travel at any slower speed, it will take longer of course. But do some reading on time dilation - if the traveller travels at a speed very near the speed of light, from his point of view it will take much less time.900 billion years - if you travel near the speed of light. If you travel at any slower speed, it will take longer of course. But do some reading on time dilation - if the traveller travels at a speed very near the speed of light, from his point of view it will take much less time.900 billion years - if you travel near the speed of light. If you travel at any slower speed, it will take longer of course. But do some reading on time dilation - if the traveller travels at a speed very near the speed of light, from his point of view it will take much less time.900 billion years - if you travel near the speed of light. If you travel at any slower speed, it will take longer of course. But do some reading on time dilation - if the traveller travels at a speed very near the speed of light, from his point of view it will take much less time.
The light takes approximately 8 minutes and 20 seconds to travel through layer 3.