how much do the days change by each year?
460904
As there are 365 days in a year (365 and 1/4 to be exact) the time does not allow for the year to allow a true division of a seven day week as a whole number as there are 52 weeks (364 days) and 1 1/4 days in a year. Each year, therefore the day and date of a corresponding date in the current year would advance by one. Thus April 17th 2006 is Monday but in 2007 will be a Tuesday. As the spare 1/4 days add up we put an extra day every four years in February, numbering it 29 so that the calender's equilibrium is preserved. Such years are known as 'Leap Years' because we 'leap' a day. Days and dates would follow the ordinary pattern except that days after 28th February in a Leap Year would advance by two so if this year was a Leap Year (which it isn't) then April 17th next year would be a Wednesday.
429627
you will need to look up an almanac, which you will find in your local library I hope this helps
607409
Around January 3 - 6. In 1998, for example, it will be January 5 at a distance of 0.9832988 AU or 147,099,000 kilometers. At that time the distance changes by 44,879 kilometers per day.
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.
445983
It doesnt have years or days like we do.  For us a day is one rotation of the earth buit the sun doesnt spin.  For us a year is one revolution around the sun, but the sun cant revolve around itself
76942
There are even today many different ways of figuring out time. For example this weekend, on 29th Jan the chinese new year starts. It is Year 4703 by the Chinese calendar. And it is the jewish year 5677.\nAnd even the christian calendar has been modified a couple of times. The gregorian calendar reform was adopted in 1582 but not in England and so also not in the US, they only changed in 1752 (so they lost 11 days).\nWhich year we are in is only relative to what you want to measure. If you want to be more explicit you don't just say B.C. (Before christ) but B.C.E (before the christian era). As long as you can figure out how far apart they are you can easily convert one into the other and allow for changes. \nFor time of the year (month/day) it is probably best to go by a system like now, which is constant with and corresponds to the seasons of the year. So while George Washington was born on the 22nd feb 1732, his parents must have thought it was the 11th when he was born. \nI don't know how far historic dates get modernized to reflect calendar changes.
911861
No, there is  24 hours over the period of 4 years which we dont account for on a daily basis but it gets added to our calender every 4 years & that year would be called a leap year. The day it falls on would be 29th February which will not be present for the other 3 years.
875792
Exchange rates change daily (if not more often).  If you have a specific date, you might be able to find out, but not for a two year period.
312432
It varies from day to day.\nTry this site for info on where to look...
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)
646825
It depends on which calendar you are using, and if you calculate in the adjustments for variations in earth's rotational speed.\n\nIn my world it's Friday May 26, 2006 at approx 1:10 PM\n\nand I'm not sure.
80373
I'd like to agree with the first answer, because it\n*does* take leap years into account (that's why\nit suggests that each year is 365.25 days).\n\nThe only thing I can add is that I did a google search\non the "length of a year", and it suggests using\nthe following value (which appears to subtract out\nthe 3 out of 4 century years which are NOT leap years\neven though the year is divisible by 4):\n\n365.242199 days\n\nThus another value for hours is: 130*24*265.24199
299697
1461 days in a 4 year cycle\n8766 days is 24 years\nin 8766 days it will be 11/23/30\nin 9193 days it will be 11/23/31\nin 9497 days it will be 11/23/32\nin 9862 days it will be 11/23/33\nin 9870 days it will be 12/1/33\nin 9901 days it will be 1/1/34\nin 9932 days it will be 2/1/34\nin 9960 days it will be 3/1/34\nin 9991 days it will be 4/1/34\nin 10000 days it will be 4/10/34
1021138
Approximately 52.  If you can remember how many days are in a year, divide by 7\n\n365/7 = 52.1 or so.
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...
573261
Regular year = 525,600 minutes\nLeap Year = 527,040 minutes
708889
"The number of days in 1000 years is 1000 times 365, plus 250, minus 10, plus either 2 or 3, depending on which 1000 years we're talking about (there are 25 leap years in every century.  \n  \nThat would give us either 365242 or 365243 days in 1000 years. \n\nThere are 24 hours in each of those days, 60 minutes in each of  those hours, and 60 seconds in each of those minutes: \n\nTotal seconds: 315,569,088,000