1/7
thirteen sixteenths.
This isn't a probability question since it can be checked with certainty. In 2016 there are only 52 Mondays.
In a leap year, there are 366 days, which equates to 52 weeks and 2 extra days. These extra days can be any combination of two consecutive days of the week. Since a leap year can start on any day of the week, the combinations that include Monday are: Monday-Tuesday, and Sunday-Monday. Thus, the probability of having 52 Mondays in a leap year is 5 out of 7, or approximately 71.4%.
As I understand it...from Monday to Monday is seven days.Monday through Monday is eight days.between Monday and Monday is six days.
there are 7 days from monday to monday but is it that hard to count yourself
IF probability of rain is X percent then probability of no rain is 100- X percent. For example if prob of rain is 80% prob of no rain is 20%
1/7.
Yes, if your garbage day is Monday.
1 out of 7 I think so!
1/7 chances
thirteen sixteenths.
This isn't a probability question since it can be checked with certainty. In 2016 there are only 52 Mondays.
There is no special day to worship, strict follower of Hinduism must worship everyday. But according to different gods different days of weeks are assigned for worshiping. Such as for lord shiva Monday is assigned.
In a leap year, there are 366 days, which equates to 52 weeks and 2 extra days. These extra days can be any combination of two consecutive days of the week. Since a leap year can start on any day of the week, the combinations that include Monday are: Monday-Tuesday, and Sunday-Monday. Thus, the probability of having 52 Mondays in a leap year is 5 out of 7, or approximately 71.4%.
The same as every other citizen with the exception that he has to report back to jail at the assigned time.
Monday ward 1 Tuesday ward 5 Wendsday ward 4 Thursday ward3 Friday ward 2 , I hope this is of help for you.
The simplistic answer is that August will have five Mondays if the month starts on a Saturday, Sunday or Monday. Three days out of the seven so the probability is 3/7 = 0.4286. However, that assumes that any day of the week is equally likely and that is not the case. The impact of leap years and their 2800-year cycle is to increase the probability to 0.43