one trillion seconds.
approxmatly 2,800,000 years
Could be a trick question: 1 light year = 6 trillion miles, which is a 13-digit number......13 seconds. Or, the question could be interpreted as counting to 6 trillion at a rate of 1 number/sec. In this case, about 1900 centuries.
If you counted 1 number every second without ever stopping, it would take you 507,020 years to reach 16 trillion.
Since Distance = Rate * Time, the Time it takes depends on how fast you are travelling. The formula would be Time = Distance / Rate. At 1 mile per hour, it would take you 25 trillion hours. At the speed of light in a vacuum (~186,282 miles per second), it would take you ~40,261 hours. If you could travel faster than the speed of light, you could cover the distance in a shorter period of time.
70 trillion km = 43.5 trillion miles (to 3 sf)
Light travels at about 186,282 miles per second. In nine years, light would travel approximately 5.9 trillion miles.
Depending on your definition, the descent to earth from space would be about 60 miles long if you were to consider "space" to start at 60 miles above sea-level.
One light year is about 6 trillion miles. So if we calculate the amount of light years, we can calculate the amount of years. In order to figure out the number of light years, we divide 11 by 6, adding trillion to our answer (6 because 1 light year is 6 trillion miles). 11 divided by 6 is about 1.83 (or 1.83 trillion). So, in conclusion, it would take light 1.83 years to travel 11 trillion miles. Another way to solve this is simply calculating the amount of time it would take light to travel 1 trillion miles and multiply that by 11. So you divide 365 (the amount of days in a year) by 6 you get 60. It would take light 60 days for light to travel 1 trillion miles. 60 times 11 is 660, so it would take 660 days (or 1.8 years) for light to travel 11 trillion miles.
Time = Distance/Speed = 1.18 trillion seconds = 37,400 years, approx.
one trillion seconds.
It would take about 10 million years for light to travel a trillion miles to reach the human eye, assuming a constant speed of light in a vacuum.
Even at that great speed the trip would take 5,228.6 years.
Assuming that the maximum speed of a Space Shuttle is 17,500 miles per hour, it would take about 24 days.
A lightyear is a unit of distance and is equivalent to about 9.46 trillion kilometers (5.88 trillion miles). It is the distance that light travels in a vacuum in one year.
It depends on your speed. Even at the speed of light this trip would take at least 9.4 months.
It would take about 25,000 years. If not 35,025 years.