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How often does the month of December contain 5 Saturdays 5 Sundays and 5 Mondays?
Wiki User
∙ 11y ago
Whenever December begins on a Saturday, which happens 4 times every 28 years, in a 6-5-6-11 pattern. December had this calendar in 1984, 1990, 2001 and 2007, and it will recur in 2012, 2018 and 2029.
Wiki User
∙ 11y ago
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How often does December contain 5 Sundays 5 Mondays 5 Tuesdays?
That can only happen when December starts on a Sunday. That happens every 5, 6 or 11 years. In the past 50 years it happened in: 1968 1974 1985 1991 1996 2002 2013 The next time will be in 2019, 6 years after 2013.
What is probability that a leap years selected at random will contain 53 Sundays?
probability = 2/7 to be exact, 28/97 (about 28.87%)
What is the chance that a leap year selected at random will contain 53 Saturdays?
Since you are selecting only among leap years, either the first or the second day of the year would have to be a Saturday, so you have two chances out of seven (a probability of 2/7) that there are 53 saturdays.
What is the lectionary for mass?
The Lectionary is a number of large books which contain all the readings necessary for any Mass. There are usually three volumes that contain the readings for Sundays and Holy Days, and an additional three volumes that contain all the readings for the weekday Masses and various Votive Masses.
Which is the odd one among januaryfebruarymarch and December?
Take your pick! January: The other three are not at the start of the modern calendar. February: The other three contain 31 days. March: The other three contain 3 vowels. December: The other three contain "ar".
How many months contain the letter 'U'?
6 months: January February June July August December
Do the nickels minted in 1959 contain any silver?
No, only the "war years" from October 1942 to December 1945 had any silver.
What is the probability that a leap year selected at random will contain you 53 Sundays II 53 Thursdays?
A Leap year has 366 days. in which you have 52 weeks and 2 days. the 2 days may be sun,Mon mon,Tue tue,wed wed,THu, thu,Fri FRi,SAT sat,sun so you have 7 options among which 2 u can choose.. so the answer is 2/7 for having 53 Sundays. The probability of having 53 Thursdays is also 2/7. The probability of having either 53 Sundays or 53 Thursdays is 4/7.
Which does not contain a capitalization error dr martin Luther king received the nobel peace prize for his civil rights work in December 1964?
Luther and December are correctly capitalized.
How often does December 11 fall on Saturday over the 400 year Gregorian calendar cycle from 1600 to 2000?
11 December has had 56 Saturdays between 1600 and 2000 in the Gregorian calendar. In the Gregorian calendar, centuries are leap years only if the year is divisible by 400, which means that 1700, 1800 and 1900 were not leap years. Every year, the day of a date goes forward 1 day except in a leap year when it goes forward 2 days; this leads to cycle of 28 days that any date could have: {Mo, Tu, We, Th}, {Sa, Su, Mo, Tu}, {Th, Fr, Sa, Su}, {Tu, We, Th, Fr}, {Su, Mo, Tu, We}, {Fr, Sa, Su, Mo}, {We, Th, Fr, Sa} The list is in blocks of four that come between each leap year - each day of the week starts one of the blocks, and each day of the week occurs in each position in a block, one in each of fours block. When a century is not a leap year, the sequence jumps forward 5 blocks instead of to the next block. As a century (100 years) is divisible by 4, an exact number of blocks (100 ÷ 4 = 25) will occur within a year, and as we are interested only in Saturdays, the sequence of which blocks contain Saturday makes life easier: NYYNNYY As 25 blocks will be used in any year, and there is a sequence of 7 blocks, they will all be used 3 times and the first 4 will be repeated at the end: 3 x 7 + 4 = 25. If every century was a leap year, the sequence would continue across the centuries; however, with the Gregorian calendar centuries are only leap years if they are divisible by 400 - only 1 in every 4 century years is a leap year. As a result, the sequence will jump blocks at non-leap year centuries, as the next year's day for any given date is the one after the current day. Looking at the full sequence above, it can be seen that when a non-leap year occurs, the sequence jumps an extra 4 blocks forward, making the next block 2 back from the current block. Supposing we number the blocks 0, 1, ..., 6 with block 0 the first block used in 1600-1603. Then the sequence of blocks used in each century is: 1600s - 0123456 0123456 0123456 0123 1700s - 1234560 1234560 1234560 1234 1800s - 2345601 2345601 2345601 2345 1900s - 3456012 3456012 3456012 3456 2000s - 01234... which means that each block of 4 centuries starting with a leap century repeats the same sequence of the blocks, with each new century starting one block later. One thing to note is when the block jump occurs. For Jan 1 to Feb 28 which are before the leap day (Feb 29), their blocks will run for the years 01-04, 05-08, ..., 97-00; and for those after the leap day, their blocks will run for the years 00-03, 04-07, ..., 96-99. So now we are ready to find the number of Saturdays for 11 December for 1600-2000. It is easier to work backwards from 2000 as the day for 11 December 2000 can easily be found. 11 December is after the leap day, so each block is used for years 00-03, 04-07, ..., 96-99. 2000 was a leap year, so no block jump occurs before it. 11 December 2000 was a Monday and is the first day of a block; using the blocks above it is in the first block, so let's number that block 0 and the rest 1-6 in order. Now, using the sequence above for the blocks used and whether they contain Saturdays, we can write out which blocks in 1600-2000 contains a Saturday. However, as each block is used 3 times there will be 3 x 4 = 12 Saturdays, plus however many Saturdays occur in the first 4 blocks of each century that are repeated; thus we need only note those 4 blocks: 1600s: NYYN - 2 Saturdays 1700s: YYNN - 2 Saturdays 1800s: YNNY - 2 Saturdays 1900s: NNYY - 2 Saturdays An extra 8 Saturdays. Which means there are 4 x 12 + 8 = 56 Saturdays.
What are song titles containing the word Monday?
Manic Monday, The BanglesMonday, Monday, The Mamas and the PapasRainy Days and Mondays, The CarpentersBlue Monday, New OrderI Don't Like Mondays, the Boomtown RatsMonday Morning, Pulp
Why was Northern Rock Loans in the news in December 2012?
Northern Rock Loans made news in December 2012 after it wrote letters to some of its customers that did not contain the customer's original loan figure. The absence of this detail violated the Consumer Credit Act. As a result, the bank refunded thousands of dollars to 400,000 of its customers.
