That would be 144,000 / 365 = 395 kilometers per day. With 5 hours on the road, at 80 kilometers per hour, that is quite feasible.
That would be 144,000 / 365 = 395 kilometers per day. With 5 hours on the road, at 80 kilometers per hour, that is quite feasible.
That would be 144,000 / 365 = 395 kilometers per day. With 5 hours on the road, at 80 kilometers per hour, that is quite feasible.
That would be 144,000 / 365 = 395 kilometers per day. With 5 hours on the road, at 80 kilometers per hour, that is quite feasible.
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Yes, if a person travels an average of 394 kilometers per day, they can cover 144,000 kilometers in one year. This is achievable by car, train, plane, or any other form of transportation that allows for long-distance travel.
That would be 144,000 / 365 = 395 kilometers per day. With 5 hours on the road, at 80 kilometers per hour, that is quite feasible.
The distance a meteorite travels in a year can vary greatly depending on its starting point and trajectory. On average, meteorites in our solar system can travel anywhere from a few kilometers to millions of kilometers in a year.
-Light travels at 299,792,458 meters per second.-There is 31,556,926 seconds in one year.-Light travels 9,460,528,412,464,108 meters in one year and after doing the math, light travels 9,460,528,412,464.108 kilometers in one year.
Assuming an average plate moves at a rate of about 2 cm per year, it would have moved roughly 160 kilometers during the lifetime of an 80-year-old person.
A light year is used to describe the distance you travel if you travel at the speed of light for one Year. which is equal to equal to just under 10 trillion kilometers (1016 metres, 10 petametres or about 6 trillion miles
About 9.45 trillion kilometers (5.88 trillion miles) per year if you mean how far can light (including the sun's light) travel in a year. 365 days/year * 86,400 seconds/day * 299,792 km/s = 9.45 x 10^12 km/year