It has to eventually. The intercalary day (more correct term than leap day) always follows February 28. You can tell from any multi-year calendar that in the long run specific dates of any month come on any one of the 7 week days over a period of a few years.
Monday
February 29th, 2016- the next leap day- will fall on a Monday.
There is the answer in your question. It will be a Monday and on the 29th of February in 2016.
Because of leap year, New Years Day does not fall on a Monday on a regular basis. The next few years it will fall on a Monday are 2018, 2029, 2035, and 2046.
Christmas Day is always on the 25th of December and can fall on any day of the week in a normal year or a leap year. So the answer to your question is that in a leap year Christmas Day can be on Sunday, Monday, Tuesday, Wednesday, Thursday, Friday or Saturday.
A leap year is 366 days long so it does not fall on a single day of the week. All 7 days of the week will regularly occur during a leap year. The leap day itself, which is probably what you meant, will occur on Monday, as the 29th of February 1916, the next leap day, is a Monday.
The two hundredth day of a leap year is July 18.
The leap day always falls 2 days earlier in the week (or 5 days later than the week if you prefer). In 2008 it fell on Friday, In 2012 it fell on Wednesday so it 2016 it'll be on a Monday.
It doesn't. The 25th of December 2016 is a Sunday. It was on a Friday in 2015 and as 2016 is a leap year, it skips an extra day and is on a Sunday in 2016, not Monday. It will be on a Monday in 2017.
1990 was a non-leap year which started on a Monday, so March 22 was a Thursday.
1898, 1910, 1916 (leap year), 1921, 1927, 1938, 1944 (leap year), 1949, 1955, 1966, 1972 (leap year), 1977, 1983, 1994, 2000 (leap year), 2005, 2011
April 11th will fall on a Saturday in 2026 and 2037. It will fall on a Monday in 2022 and 2033. The specific years where April 11th lands on either of these days can be determined by looking at the calendar patterns for leap years and the day of the week shifts.