A trillion seconds.
1 day = 86400 seconds.
Assuming 365.25 days in a year (it's actually slightly less), then 1 year = 31557600 seconds.
= 1018 ÷ (3.15576 x 107) years
≈ 3.1688 x 1010 years
or approx 311/2 thousand million years.
= 1012 ÷ (3.15576 x 107) years
≈ 31,688 years
or approx 311/2 thousand years.
Naturally, it depends on how fast you count. If you count 10 every second and you don't take any breaks, then you hit 1 trillion during the 328th day of the 3,168th year.
a long time
Not in your lifetime.
If you counted 1 number every second without ever stopping, it would take you 507,020 years to reach 16 trillion.
An infinite number. If I count to one trillion, I can always count to one trillion one.
Naturally, it depends on how fast you count. If you count 10 every second and you don't take any breaks, then you hit 1 trillion during the 328th day of the 3,168th year.
a long time
If you counted at the rate of one number per second, it would take 320 trillion years to count to 10 billion trillion. It makes no difference WHAT you're counting.
If you counted 1 number per second, it would take 4000 trillion months (320 trillion years) to count all 10 billion trillion stars (100 billion per galaxy) in a fictitious version of our universe.
If you counted 1 dwarf galaxy per second, it would take 222,000 years to count all 7 trillion dwarf galaxies in the universe.
Not in your lifetime.
If you counted 1 number every second without ever stopping, it would take you 507,020 years to reach 16 trillion.
An infinite number. If I count to one trillion, I can always count to one trillion one.
one trillion seconds.
If you counted 1 intelligent alien civilization per second, it would take 400 million years to count all 12,600 trillion intelligent alien civilizations in the universe.
fxxk you, you do it
(6.02 × 1023) ÷ 1 trillion (1 × 1012) = 6.02 × 1011 seconds6.02 × 1011 seconds ÷ 60 seconds ÷ 60 min ÷ 24 hours ÷ 365 days = 19,089 yearsNot worth the effort.