how many leap years will there be from 2001 through 2028?
458563
Leap years only occur in years that can evenly be divided by 4.  \n\n2004\n2008\n2012\n2016\n2020\n2024\n2028
14879
There may not be one.\n\nFollowing the announcement of a leap second on 12/31/2005 (which was the first leap second in seven years), Daniel Gambis, the Head of the Earth Orientation Center of the IER, Observatoire de Paris, sent out a note regarding the abandonment of leap seconds -- "international discussions are in progress on a redefinition of UTC, including a possible suppression of the leap seconds procedure."\nhttp://www.ucolick.org/~sla/leapsecs/gambis.html\n\nApparently this caused quite a stir, and the matter isn't resolved yet.\nhttp://www.ucolick.org/~sla/leapsecs/onlinebib.html#Recent\n\nHere is a webpage about the US position that gives further information -- "The United States Working Party 7A has drafted a new version of the document which defines UTC with the expectation that it will be presented to the ITU in November. This document proposes that leap seconds will be abandoned."\nhttp://www.ucolick.org/~sla/leapsecs/nc1985wp7a.html
569228
Six years. There are seven days in a week and you minus one  day that is skipped during leap year
16941
One second will be added this year and is every seven years Its Leap Second
826958
First calculate how many seconds there are in a year.\n\n60 * 60 *24 * 365 = 31535000 seconds in a year.\n\nThen multiply that by how far light travels in one second (it's easier to use a scientific calculator and scientific notation.\n\n1.86 x 10 ^ 5  * 31535000 = about 5.86 X 10^12 miles\nThat would be 5 with 12 number places trailing it so....\n5,860,000,000,000 is pretty darn close to 5.88 trillion miles.  Now I know my calculation is slightly off.  Your teacher was probably looking for a leap year in the equation.  When multiplying by the # of days in a year, use 365.25 instead of 365.
323576
525,600 minutes for non leap year\n527,040 minutes for leap year
668819
It doesn't.  It actually takes 365.2422 days, which is why every 100 years the leap year doesn't have an extra day.  Except for years than are evenly divisible by 400, they do.  (To make up for the 0.0022 extra.)  This most recently happened in 2000 and won't happen again until 2400.
51580
Not quite. Years divisible by 100 are not leap years unless they are also divisible by 400. 2000 was a leap year, 2100 won't be a leap year.\n\nSo every 400 years you get 97 leap years, slightly less that 1/4.
388959
1 year = 365.242199 days
102809
The Gregorian calendar, the current standard calendar in most of the world, adds a 29th day to February in all years evenly divisible by 4, except for century years (those ending in -00), which receive the extra day only if they are evenly divisible by 400. Thus 1996 was a leap year whereas 1999 was not, and 1600, 2000 and 2400 are leap years but 1700, 1800, 1900 and 2100 are not.
1062594
1735-2105 are years.\nLiving:12349,57960\nDead:1246,780
700155
Leap year.\n\nA leap year has 366 days.
185308
harldy ever, check out wikipedias calendar stuff... it goes into the next few millenia
426897
7 182 in 1990, 13 598 in 2001.\nNearly doubled in 10 years.
41539
36525 days (incling leap years)\n2191500 hours\n131490000 minutes\n7889400000 seconds\nwhich is one less second than we will have this century so use that extra second wisly by spending time with your family/friends/and learning a new language.
1160650
1/1/2001 is technically correct.\nThere was no year "0."  So the end of the first century was the last day of the 100th year.  The first day of the next century, therefore, was the first day of the 101st year.
1156689
I think it's June 6th, 2006.  Nothing more.  Kinda like Jan. 1, 2000 was.  Our dates and any number associated with them are pretty much arbitrary.