1 E7 s

To help compare orders of magnitude of different times this page lists times between 116 days and 1157 days or 3.2 years (107 seconds and 108 seconds).


 * Shorter times
 * 10 megaseconds = 115.74 days
 * 128.6 days &mdash; half life of thulium-170
 * 138 days &mdash; half life of polonium- 210
 * 224.701 days &mdash; one orbit of Venus
 * 271.79 days &mdash; half life of cobalt-57
 * 280 days &mdash; average length of a human pregnancy; ~24 million seconds
 * 330 days &mdash; half life of vanadium-49
 * 333.5 days &mdash; half life of californium-248
 * 353, 354 or 355 days &mdash; the lengths of regular years in some lunisolar calendars
 * 354.37 days &mdash; 12 lunar months; the average length of a year in lunar calendars
 * $$\pi \cdot 10^7 s$$ &mdash; The value of pi times 107 seconds is sometimes given as an approximate year value; it works out to 363.61026 days.
 * 365 days &mdash; a regular year in many solar calendars; ~31.53 million seconds
 * 365.24219 days &mdash; a mean tropical year near the year 2000
 * 365.2424 days &mdash; a vernal equinox year.
 * 365.2425 days &mdash; the average length of a year in the Gregorian calendar
 * 365.25 days &mdash; the average length of a year in the Julian calendar
 * 365.2564 days &mdash; a sidereal year
 * 366 days &mdash; a leap year in many solar calendars; 31.62 million seconds
 * 373.59 days &mdash; half-life of ruthenium-106
 * 383, 384 or 385 days &mdash; the lengths of leap years in some lunisolar calendars
 * 383.9 days &mdash; 13 lunar months; leap year in some lunisolar calendars
 * 396.1 days &mdash; half-life of neptunium-235
 * 462.6 days &mdash; half-life of cadmium-109
 * 1.88 years &mdash; one orbit of Mars
 * 1.92 years &mdash; half life of thulium-171
 * 100 megaseconds = 3.2 years
 * Longer times