they say 180 days in 6mo multiply that by 2 is 12 months 360  days where did the other 5 days come from? Hmm?
819728
It's an estimate. No one says 182.5 days is six months. Also the months each have different numbers of days. If you want to be that exact, you'll have to also specify which 6 months you're talking about.
60849
There are 365 days in 2006 as there are in every year but leap year. The next leap year is 2008 and then every four years after that.\n\nThis year is one second longer though, as we had a leap second right at midnight on Jan. 1, 2006.
70126
According to my Excel Spreadsheet.\n\n03-20-08 minus 01-11-06 equals 799 Days\n\nIt is very easy. You must configure the first two cells as dates.\n\nBut then you have to format the resulting cell as a number
424465
Actually there are 364 + 1/4 days in a year. This has to do with the time that our Earth takes to complete one erbit around Sun. Now we have an arbiterary time period called week which has 7 days. So we have a normal year of 7 x 52 = 364 days. This leaves us with one 1/4 day per year left unaccounted. To make up for it, we have a leap year (365 days, 29 days in February) every four years.
39487
Many, it depends.\nIn a non leap year of 365 days the number of seconds is:\n365 * 24 * 60 * 60 = 31,536,000\nIn a leap year the answer is 31,622,400\nIn a solar year (of 365.2422 days) it is 31,556,926.08 secnds.\nBut in a sidereal year and also a lunar year it is again different.\n\nYet another different answer is that are only 12 secnds a year. January second, February second, March second, etc...
1068494
350,000 days = 958 non-leap years, 330 days.\n\nThere will be 240 "February 29th's" during that time (those extra days get subtracted from the 330 days).\n\nSo, in 350,000 days, it will be September 13, 2964.
511641
Frank H is right - it's not really that 24 was chosen - more like 12 was chosen.  The division is really arbitrary - the day could just as easily have been broken into 10, 40, or 1667 "hours".  \nMost old systems like that are based on the same numbers - a dozen eggs, a circle is 360 degrees, 12 signs of the zodiac, 12 months in a year, 12 disciples, 12 step program - oops, not that one....
62449
Why 12 Months?\n\n\nThe ancient man found that in a complete cycle of seasons there are twelve cycles of the moon, thus the cycle of seasons, now refered as YERA was mad of 12 months.\n\n365 Days Of A Year?\n\n\nAfter getting men more knowledgeable it was found that one complete cycle of seasons OR the year takes 365 days.\n\n\nAdvancement in observations and clculations suggested that one complete cycle is of 365.242 days, thus in order to kepp the seasons fall the same way on the fixed times it was deviced that one day may be add after four years in February.\n\n\nINTERESTIN\n\n\nThe exact measure of 365.242 days in a year with adjustment of one day every four year required another adjustment of one day at every hundred years. For that Feburary in the year 2000 was to be made of 30 days (one day of leap year and one day of leap century). Unfortunately computerisation in the 20th century could not get information of adding two days and thus we had to accept a clander for 2000 with loss of one day. It means now we have a disadvantage of one day in a complete cycle. This is go on increasing in future if not checked earlier. With this milliniums later June will fall in severe cold in the northen hamesphire.\n\n\nEquaual Days in a Month?\n\n\nThere had been different efforts on international level to depict a system in which every month starts the same day and every month has the same number of days but so far nothing could have been developed.
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.
3514
60 min in an hour x 24 hours in a day x 365 days in a year (not counting a leap year) = 525600.
902159
ok, \n\n1,432,567  -\n              2  -  (days left for nov this year)\n            31  -  (days in dec)\n--------------\n1,432,534  /\n          365     (days in a regular year)\n---------------\n  3,924. 7506   years. ignore the decimals for now, but remeber \n                         them for later.\n\nso \n\n3,924 / \n       4    Years between leap years\n--------\n   981    exrta years for the leap years. which is one day extra. so \n             this number is years, because we are working in years\n             for now (the decimals we are saving are the days)\n\nso\n\n3,924 +\n   981\n---------\n4,905     this is our total numer of years to add from the\n              begining of 2007 (our first sum minused the days left\n              in this year.\n\nso \n\n2007  +\n4905\n-------\n6912  This is the year.\n\nfor the days:\n\nso the decimals from before were .7506. we need to convert this from a point of a year to days.\n\n0.75 is 3 quarters, 3 quarters of a year is September. the remander decimals is 06. for this to become a teen number it has to reach 10. so we need to divide the number of days in sep which is 30 by 9 and multiply by 6 for the date. it will say 19.9* (we round numbers up from .5 so its the 20th\n\nmy predicted date is\n\n20th Sep 6912.\n\n(or so I think) my brain hurts! lol
107932
These are kind of fun if you apply dimensional analysis over and over again.  Lets assume that our years are 365, 365, 365, 366 days, and that we'll experience two leap years in the time span.  This is then 8*365 + 2*366 days, which is our starting point\n\n3652 days\n\nnow we know that there are 24 hours = 1 day, so take this formula and multiply both sides by (1/day) to get 24 hours/day = 1.  Since multiplying by 1, by this equation multiplying by 24 hours/day does not change value\n\n3652 days * 24 hours / day\n\nNow cancel the "day" term in the numerator and denomenator\n\n3652 * 24 hours\n\nNow do the same thing for minutes and then for seconds.  60minutes/hour = 1 so\n\n3652 * 24 * 60 hours * minutes / hour\n\ncancel hour and apply 60 seconds/minute = 1\n\n3652 * 24 * 60 * 60 minutes * seconds / minute\n\nand cancel the minute term and perform the multiplication:\n\n315,532,800 seconds
65532
365.2425 Days\n8760 Hours\n525,600 Minutes\n31,536,000 Seconds
931692
1000*365.25 = 365250 days\n\nbecause in i year it is 365 days and 6 hrs.\n\nso in 4 yrs we usually add one day and write 366 days \nit is known as leap yr.\n\nso practically in 1 yr  it is 365.25 days\n\nso in 1000 years it is 365250 days
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
421650
No because that's when we changed to the Gregorian calender. As previous measurements of time didn't allow for the fact that there are 365 and 1/4 days in a year plus 11 minutes, dates were becoming out of synchronization. Thus in 1582 the system adopted by Pope Gregory XIII was made law in Britain and it's colonies and is now in worldwide use. This meant 'jumping' from 5th October to 14th October to make up for the discrepancy and caused the 'Missing 9 Days' riots as people thought that they would die nine days sooner than they would have done if the calender had not been amended. This is why no-one was born between those dates as they did not exist.
53606
Officially 365.24. But there are 365 days in a regular Gregorian year, 366 in a leap year. Leap Years only come around every 4 years, but a the turn of every odd numbered century (1900, 2100 etc.), there is no leap year. Without leap years, the .24 at the end of each year would throw the seasons out of place over time