How many seconds are in a year?
453875
In a non leap year, 365 days, there are 31, 536, 000 seconds in a year.  \n\nHowever, the answer you are looking for could be ...12!\n\nJanuary 2nd, February 2nd, March 2nd...etc.
391745
01 is for the hour, 02 the minute, 03 the seconds, 04 the month, 05 the date, and 06 is for the year.
466210
Since the solar year consists of 525,948 minutes and 48 seconds, a quick calculation at the rate of 80 BPM gives us a ballpark figure of 42,075,904 beats per year, give or take a couple mill. A reasonable estimate for the number of heartbeats in a lifetime is about three billion.\n\nhttp://www.straightdope.com/classics/a1_088a.html
463155
6000 seconds\n6000 seconds = 6000/60 minutes = 100 minutes\n100 minutes = 1 hour, 40 minutes
819372
a century is 100 years...\nin the number or days is quite a headache because of the leap year problem...a century begins on 1st January *1...eg 401; 2001;\nwe were wrong to celebrate the new century on 1st Jan 2000!!\n\nit then lasts till 31 dec *0; eg 500;2100 etc...\nthe number days depends on the leap year problem...eg 500 is not a leap year but 400 is...for more information...google leap year.\nlllly, 1900 ws not a leap year, but 2000 was\n\neg: 1st jan 401 to 31 dec 500 is one century.it has 25 leap years\ntotal number of days=365*100+25=36525.\n1st jan 1901 to 31 dec 2100 is one century. it has 26 leap years\ntotal number of days=356*100+26=36526.
647693
lots :-)  Let me figure it out...\n\nFirst the number is spelled 'googol' and is equal to 10^100 (1 followed by 100 zeroes).\n\nA year nominally has 31,556,926 seconds (365.242199 days x 24 hours x 60 minutes x 60 seconds).  I used the number 365.242199 because that is how long it takes for the earth to go once around the sun... we round this to 365 and add an additional day every 4 years (with some exceptions 3 out of every 4 centuries, blah, blah, blah)...\n\nAnyway, I digress.  Back to the problem at hand.\n\n10 x 10^99 / 3.1556926 x 10^7 = (10/3.1556926) x 10^92\n\n3.16887646 × 10^92 years.  There is no English name for this word but it is *lots* like I said at the beginning.  :-)\n\nThe closest I can get to a name would be to use vigintillion (10^63) as a base and go from there...\n\n3.16887646 x 10^29 x 10^63 or\n\n316 x 10^27 x 10^63 +\n887 x 10^24 x 10^63 +\n646 x 10^21 x 10^63\n\nSo that would be:\n316 octillion-vigintillion, 887 septillion-vigintillion, 646 sextillion-vigintillion years\n\nOkay, a little more research and I found that my names were close but not exactly correct.  This number should be called:\n  \n316 octovigintillion 887 septenvigintillion 646 sexvigintillion years!
3514
60 min in an hour x 24 hours in a day x 365 days in a year (not counting a leap year) = 525600.
638017
start with the easy ones... all of 2007 and 2008 (a leap year), so that is 365 + 366 = 731\n\nnow for 2009, 31 + 28 + 3 = 62\n\nfor this year, if you include the 20th you have 12 + 30 + 31 + 31 + 30 + 31 + 30 + 31 = 226\n\n731 + 226 + 62 = 1019 (take off one day if you dont count the 20th)
606654
PRecisely 365.24 days. Every four years we have a leap year, but to keep from getting ahead we skip the whole leap year thing once out of every hundred. We might have done so in 2000, I don't remember.
967361
Well.. it depends on leap year:\n\nNormally there are 365 days in a year\nLeap year has 366\n\nSo if leap year does not fall into the 691 days: 1 year 10 months and 22 days\n\nIf leap year fell during this time: 1 year 10 months and 21 days\n\n\nThis takes into effect each month that has 30 and each month with 31 and feb with 28 (and 29 with Leap year)
4993
60 minutes per hour\n24 hours per day\n365 days per year (assuming no leap year)\nmultiply that together gives you 60 X 24 X 365 = 525,600 minutes per year.\n525,600 minutes * 2 years = 1,051,200 minutes
953230
In the Gregorian calendar which is currently in use in most countries, there is a leap year every year divisible by four except for years which are both divisible by 100 and not divisible by 400. Therefore, the year 2000 will be a leap year, but the years 1700, 1800, and 1900 were not. The complete list of leap years in the first half of the 21st century is therefore 2000, 2004, 2008, 2012, 2016, 2020, 2024, 2028, 2032, 2036, 2040, 2044, and 2048. \n\nIn the Gregorian calendar, 97 years out of every 400 are leap years, giving the total number of days in 400 years as:\n\n 400 * 365 +100 - 3 = 146, 097\n\n\nHope this helps also check out this website.
899482
You do 365 days times 24 hours, times 60 minutes, times 60 seconds.  So:\n\n1 year = 365 days\n1 day = 24 hours\n365 days = 8760 hours\n1 hour = 60 minutes\n8760 hours = 525600 minutes\n1 minute = 60 seconds\n525600 minutes = 31536000 seconds\n\n365 x 24 x 60 x 60 = 31536000
672104
It takes the earth approximately 365.25 days to orbit around the sun. A normal year is 365 days, then they add an extra day every four years when those four quarter days add up. However,they do not add the day on certain years, because it is just under a quarter of a day extra per year. So 2000 was NOT a leap year, for example.\n\nWe get "leap seconds"occasionally, too. It's all just trying to keep our artificial calendars in sync with the earth's orbit around the sun.
974821
Here ya go....http://www.timeanddate.com/counters/newyear.html
1078278
0.0001 seconds\n225 years old\n569 pounds
323576
525,600 minutes for non leap year\n527,040 minutes for leap year