In most years there are 52 Mondays, but in every year that ends on a Monday, there are 53.
In 2000, there were 52 Mondays.
This isn't a probability question since it can be checked with certainty. In 2016 there are only 52 Mondays.
The calendar for an ordinary year has 52 weeks and 1 day. The calendar for a leap year has 52 weeks and 2 days.
There are 52 weeks plus 1 day in a non-leap year and 52 weeks plus 2 days in a leap year.
52, or 53 if the year begins on a Sunday or a Monday.
In most years there are 52 Mondays, but in every year that ends on a Monday, there are 53.
Either 52 or 53 mondays are there in a calendar year. 2009 has 52 mondays.
Since this is 2012, a leap year, there are two days of the week we have the most of. There are 53 Sundays and 53 Mondays. There are 52 of all the rest of the days this year. Any non leap year there are 53 of whatever the first day of the year is on and 52 of the rest.
Leap years that begin on a Monday or a Tuesday have 53 Tuesdays. Leap years that begin on any other day of the week have 52 Tuesdays. 72.165% of all leap years have 52 Tuesdays.
Zero. Each year is either 52 weeks and 1 day, or 52 weeks and 2 days (Leap Year). So no year is 52 weeks and so probability = 0.
There will be 52 Mondays in 2010.
There were 52 Mondays in 2009.
In 2000, there were 52 Mondays.
There were 52 Mondays in 2010.
This isn't a probability question since it can be checked with certainty. In 2016 there are only 52 Mondays.
if your talkin about the whole year then there were 52 mondays in the year of 1992