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Frequently
Asked Questions about The 30x11 Calendar:
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How do you say "30x11," and
where does it get its name?
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The name,
"Thirty-Eleven." comes from it's form, which features the first 11
of the year's first 12 months containing 30 days each. The "30" is
named first, since it emphasizes the 30 days in each of these months -
a unique feature of this design.
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| Why do we
need to reform the current, Gregorian Calendar? |
The Gregorian Calendar has a
problem. Each month of our current calendar varies in length: 31,
28/29, 31, 30, 31, etc. We have to look at a printed calendar or recite
a rhyme to remember month lengths. Because of this, business quarters
are unequal, causing problems for accountants and business owners.
Connecting a weekday with a day of the month is now nearly impossible
(Quick, what weekday did March 9, 2007 fall on? It was a Friday. But
you had to look at a calendar, didn't you?) Determining how many days
in each year have passed - and how many we have left - is also not
an easy task with the Gregorian.
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| What are
some of the features of the 30x11 Calendar? |
First, let's see what
stays the same if we adopt the 30x11 Calendar: 12 months in a
year; The names of the months and days of the week; Seven days remain
in a week, 365 days are in a year, with 366 in a leap year, and leap
years happen in the same years as the current calendar.
What changes? Each month has 30 days, except December, which has 35
days in a regular year, and 36 days in a leap year. (This doesn't
change the length of the 365/366-day year.)
This is a "gentle" reform to an
old calendar we've become accustomed to, not a radical
re-design that will leave people confused and hostile to the
change. Previous attempts to reform the calendar changed the number of
months, the number of days in the week, or had other radical changes
that made them unacceptable to most people.
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| What are
the advantages of the 30x11 Calendar? |
- It has an easy-to-remember 11
straight months of 30 days each, ending the confusion of variable month
lengths.
- It offers three identical
business quarters of 90 days each.
- It still only has one "leap day,"
and puts it in December, at the very end of the year.
- It allows easy calculation of
ordinal days (number of days in the year), since almost almost all
months are equal in length and each month starts again after 30 days.
March 1 is always the 61st day of the year. June 30 is always 180th.
November 15th is always the 345th.
- Months progress in a more
logical fashion, with each month within a year's calendar year
starting two weekdays later than the previous month did (if
January starts on a Monday, February starts on a Wednesday.)
- Its logical design makes
calculating any weekday of any date - such as March 9 - an easy
task (If January starts on Tuesday, then March 1 will be a
Saturday, Mar. 8 is a Saturday too, so Mar. 9 is a Sunday.)
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Do you expect it to be
adopted worldwide?
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That is the only way it can be
adopted. One or two or even a group of nations simply couldn't run on
one calendar, while the rest of the world uses another. (Although this
very thing happened for centuries, as the Gregorian Calendar supplanted
the Julian Calendar, it's not practical in today's interconnected world
to wait 500 years for all nations to "catch up" and adopt a new
calendar.)
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| When will
the calendar be universally adopted? |
It's difficult to say, but
supporters of calendar reform should be under no illusions that it will
happen very soon. The battle
has just now begun to spread the word about this calendar, so it could
be years. If you want to help, click the "Help get
the word out" link, above.
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| Why are
the days taken from the 31-day-long months and put in December and
February? |
February gets two days to make it
a "normal-length" month. Historically, the ancient Romans took
months from February to lengthen months that were named to
honor rulers like Julius and Augustus Caesar. The
ancient Egyptians had a calendar of 365 days consisting of twelve
30-day
months and five days at the end of December, totally 365 days.
While not based upon this calendar, the 30x11 Calendar is similar.
Note that the "new" calendar days
of Dec. 32-35 do NOT extend the calendar past 365 days. These are the
362nd through the 365th days of the year, replacing today's Dec. 28-31,
and are not "extra" days of the year - even though they extend
December's length. From a mathemetical point of view, placing these
days at the end of the calendar allows the simplicity of the
progression of 11 contiguous months (30, 30, 30, 30, etc.) to continue,
and lets us easily determine the numerical values of the last day of
each
month easily, without interruption (30, 60, 90, 120, 150, 180...)
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| Why is
the leap year day put in December? |
In ancient times, the Romans put
the leap year day in February, which was the end of the calendar year
for them. Placing a 36th day in the last month during leap years honors
that tradition. It also doesn't interrupt the numerical counts of days
of the year, as cited previously. The 30x11 leap day
simply becomes day 366 of the year. In the Gregorian Calendar, the
29th of Feb. makes March 1 the 61st day, instead of the 60th day, as it
is in normal years. This interrupts the day-number count for the rest
of the year.
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| How does
this calendar help us determine weekdays for each calendar day? |
Knowing that each month
begins exactly two weekdays after the previous month lets
us easily determine the weekday of any calendar date. If Jan.
1 is a Monday, February would start two weekdays later. Feb.
1, 2007 would be a Wednesday, March 1 a Friday, April 1 a
Sunday. If April 1 is a Sunday, then April 8, 15, 22, and 29 are also
Sundays. If you're looking for April 17, it's two days after Sunday- a
Tuesday. The advantage of doing this in one's head is clear.
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| Is this
calendar "perpetual"? |
No, it's not "perpetual," in a
strict sense. Some previous and current
attempts at calendar reform have
tried to make the calendar "perpetual," meaning every
year begins on the same weekday. But this requires days to be
actually dropped from the calendar, since we have 365 calendar days in
each normal year - an odd number that ruins the even number that
is required to make this scheme work. Dropping or ignoring
off-calendar days is a price too high to pay for a "perfect" calendar,
and most people don't mind at all that Jan. 1 starts on a new weekday
each year.
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| Is this a
strictly American or a European venture, or can anyone join in? |
The 30x11 Calendar Committee is
meant to be a worldwide effort, and is not narrowly focused on any one
nation. We would like to have Organizers in EVERY nation participating
in this campaign. Contact us if you are willing to help out!
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Contact: Email (use "@" sign)
anewcalendar at yahoo.com
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