262 in leap years that begin on Monday, Tuesday, Wednesday or Thursday
261 in leap years that begin on Sunday or Friday and regular years that begin on any weekday
260 in any year that begins on a Saturday and regular years that begin on Sunday
The length of a non-leap year is 52 weeks and 1 day, so after 52 weeks of the year have passed, that one extra day will be the same day of the week as the 1st day of the year. Therefore, a non-leap year has 53 of the weekday on which Jan. 1 and Dec. 31 fall and 52 of every other weekday.
I'm not sure I understand the question, but every day of every year is on a different day of the week the following year. Usually it's the next weekday, but it's the second weekday after the weekday of the original date if there is a leap year day during that year in between.
Wednesday
52 weeks in one year .
The year, 2004, was a leap year, with 29 days in February. 2010 wasn't a leap year and only had 28 days in February.
One way to determine the day of week based on the date is to use Zeller's congruence. For the Gregorian calendar... int dayofweek (int month, int day, int year) { int weekday; if (month < 3) month += 12; weekday = day; weekday += int ((month + 1) * 26 / 10); weekday += year; weekday += int (year / 4); weekday += 6 * int (year / 100); weekday += int (year / 400); weekday %= 7; return weekday; /* 0 = Sunday, ..., 6 = Saturday */ }
around 250,000 a year
52 weeks + 1 day in a common year 52 weeks + 2 days in a leap year This is the reason why a certain date (in most cases), will be one weekday later the following year, if a year was exactly 52 weeks (364 days) long, every date will land on the same weekday each year.
The length of a non-leap year is 52 weeks and 1 day, so after 52 weeks of the year have passed, that one extra day will be the same day of the week as the 1st day of the year. Therefore, a non-leap year has 53 of the weekday on which Jan. 1 and Dec. 31 fall and 52 of every other weekday.
Christmas fell on a Tuesday in 2001. Therefore, a weekday.
I'm not sure I understand the question, but every day of every year is on a different day of the week the following year. Usually it's the next weekday, but it's the second weekday after the weekday of the original date if there is a leap year day during that year in between.
As of June 2014 we are in year A of the Sunday cycle, and year II of the weekday lectionary, and will be in them until the First Sunday of Advent, on 30 November 2014 when we will start year B of the Sunday cycle, and year I of the weekday cycle.
No.
August can start on any weekday or any weekend day, so there is no single answer to the question without specifying a particular year.
On an average weekday approximately 5 million people ride the NYC Subway. On the weekend the amount is less than half of the weekday ridership.
century+year+month+day=weekday
The 19th of September in the year 1963 was a Thursday.