And happy 1500000000!
Countdown to timestamp 1,500M
41–50 of 62 posts
Re: Countdown to timestamp 1,500M
#42Re: Countdown to timestamp 1,500M
#43Earlier quoted context omitted.
I remember 1e+9 because it shifted a log file over by 1 character. And less than a week later I was out of a job (travel industry).
Was that a coincidence? Please don't leave us hanging.
Re: Countdown to timestamp 1,500M
#44And happy 1500000000!
Re: Countdown to timestamp 1,500M
#45Re: Countdown to timestamp 1,500M
#46Re: Countdown to timestamp 1,500M
#47some info to save someone else from having to look it up 1 400 000 000 was 5/13/2014, 11:53:20 AM 1 600 000 000 will be 9/13/2020, 7:26:40 AM 1 000 000 000 was 9/8/2001, 8:46:40 PM 2 000 000 000 will be 5/17/2033, 10:33:20 PM 2^32-1 (4 294 967 295) will be 2/7/2106, 12:28:15 AM 100 million seconds is a little over 3 years 1 billion seconds is almost 32 years.
Time flies.
Re: Countdown to timestamp 1,500M
#48some info to save someone else from having to look it up 1 400 000 000 was 5/13/2014, 11:53:20 AM 1 600 000 000 will be 9/13/2020, 7:26:40 AM 1 000 000 000 was 9/8/2001, 8:46:40 PM 2 000 000 000 will be 5/17/2033, 10:33:20 PM 2^32-1 (4 294 967 295) will be 2/7/2106, 12:28:15 AM 100 million seconds is a little over 3 years 1 billion seconds is almost 32 years.
And my favorite, π seconds is a nanocentury .
I had assumed there would be an error in there about forgetting that years don't have an integral number of days, but even at exactly 36500 days per century, a nanocentury is still over 3.15 seconds.
Re: Countdown to timestamp 1,500M
#49some info to save someone else from having to look it up 1 400 000 000 was 5/13/2014, 11:53:20 AM 1 600 000 000 will be 9/13/2020, 7:26:40 AM 1 000 000 000 was 9/8/2001, 8:46:40 PM 2 000 000 000 will be 5/17/2033, 10:33:20 PM 2^32-1 (4 294 967 295) will be 2/7/2106, 12:28:15 AM 100 million seconds is a little over 3 years 1 billion seconds is almost 32 years.
And my favorite, π seconds is a nanocentury .
Re: Countdown to timestamp 1,500M
#50Earlier quoted context omitted.
And my favorite, π seconds is a nanocentury .
How so? I had assumed there would be an error in there about forgetting that years don't have an integral number of days, but even at exactly 36500 days per century, a nanocentury is still over 3.15 seconds.
(nano century - π)/π = 0.45%
So a nano century is equal to π seconds within half a percent which is more than good enough for casual uses as an approximation.