June 22, 2013=Saturday June 22, 2014=Sunday June 22, 2015=Monday June 22, 2016=Wednesday June 22, 2017=Thursday
5 out of 8 is 62.5%
Probability is a number between 0 and 1. The probability of an event cannot be 12.
the probability is 5/6
This is one minus the probability of having no repeated letters. The probability of having no repeated numbers is 10/10 x 9/10 x 8/10 x 7/10 x 6/10 x 5/10 which equals 0.1512. The probability of having no repeated letters is 26/26 x 25/26 = 0.96153846153846153846153846153846 These multiplied together gives 0.14538461538461538461538461538462 1 minus this is 0.85461538461538461538461538461538 And so the probability of having a repeater letter or digit is roughly 0.855
If a 31-day month starts on a Friday, Saturday or Sunday it will have 5 Sundays; if not it will have 4. So the probability is 3/7.
June 5 in 1983 was a Sunday.
June 5, 2005, was a Sunday.
June 5 1949 was a Sunday.
June 5, 1949 fell on a Sunday.
June 5, 1987 was a Friday June 5, 1988 was a Sunday June 5, 1989 was a Monday June 5, 1990 was a Tuesday June 5, 1991 was a Wednesday June 5, 1992 was a Friday June 5, 1993 was a Saturday June 5, 1994 was a Sunday June 5, 1995 was a Monday June 5, 1996 was a Wednesday June 5, 1997 was a Thursday June 5, 1998 was a Friday June 5, 1999 was a Saturday June 5, 2000 was a Monday June 5, 2001 was a Tuesday June 5, 2002 was a Wednesday June 5, 2003 was a Thursday June 5, 2004 was a Saturday June 5, 2005 was a Sunday June 5, 2006 was a Monday June 5, 2007 was a Tuesday June 5, 2008 was a Thursday June 5, 2009 was a Friday June 5, 2010 was a Saturday June 5, 2011 was a Sunday June 5, 2012 was a Tuesday June 5, 2013 was a Wednesday June 5, 2014 will be a Thursday June 5, 2015 will be a Friday
it was a Sunday (:
Sunday
Sunday
5/6
On a 6-sided die, the probability of not having a six is 5/6, or 83 1/3 %
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