The Elbert County tribune., 1903-12-24

OF tne week directly after the planets
Saturday (Saturn1. Sunday (Sun).
Monday tMoon). and four through the
Saxon names for the others: Tuesday
| (Tuesco-Mars). Wednesday tWoden
Mercury. Thursday (Thor-Jupi-
teri. and Friday (Friga-venusl.
The month. no doubt. originated
from the phases of the neon. These.
sharp and well-defined, are four in
number: the new moon, first quarter,
full moon and last quarter. Each of
these phases occupies about seven
days, so that from new full moon to
new full moon, there is something
more than twenty-nine days, which is
called a synodical month, or lunation.
No nation up to the present time
has devised system of absolute ac-
curacy in the measurement of the
collar year. Some ancient nations. such
as the Chaldeans. reckoned the year
as $50 days. This is the principle OF
that most ancient astronomical term,
the Zodiac. The Zodiac is a belt en-
circling the heavens on each side of
the ecliptic. within which the planets
known to the ancients always revolve.
1t extends eight degrees on each side
of the ecliptic. 1t is divided into
twelve equal parts. called signs of tho
Zodiac. It is a great cycle, and is di-
vided into $50 degrees, like all cir
cles; hence 800 days in the Chaldean
year.
The Egyptians counted 365 days in
their year. As the year contains
365A days nearly, such systems could
not fail to work great inconvenience.
for the seasons would move round in
cycle from one time of the year TO
the other. Let me make this quite
plain. Take the winter solstice. for
instance. which happens on Dec. 81.
At the end of four years the solstice
would be not on Dec. 21. but on Dec.
%. The sun would be behind time. In
order, therefore. that the seasons
should occur at the same time in the
civil year, ii was necessary to take
account of this fraction of day.
julius Caesar. the great Roman en-
peror. determined to rectify the error.
He called the celebrated Egyptian as
tronomer. Sosigines. to his aid. Sosi-
zines suggested the addition of day
every fourth year. This day was add
ed to February. and is known to us as
Leap Year" but to the Romans as
nissextilo (Bis. twice. sextus, SIXTH.
This corrected calendar became
known as the Julian. But as 1t made
the year consist of 365 days. 6 hours.
it was in excess of the actual time by
: minute 1913 seconds. Small as was
this fraction, 1t accumulated to about
ono do IN, avarv uoarc
The calendar needed reform. Time,
civil and ecclesiastical, required re-
adjustment. But to urge the neces-
sary changes was dangerous. as the
learned Friar Bacon found to his cost
For pointing out errors in the calendar
he received as a reward for the ad
vocacy of the truth a prison, where he
remained ten years.
AS often happens, ecclesiastical
requirements minister to civil neces
stiles. The immediate cause of the
correction of the calendar was an
error in the time of observing the
Easter festival. The Council Of Nice.
in A. d. 1876, decreed that Easter is
the Sunday following the full moon.
next after the vernal equinox. Owing
to disputes arising from this decree
Pope Hilarius. in 463. ordered that the
paschal moon should not be the actual
full moon, but an ideal one, falling on
the 14th day of the moon by the
metonic cycle tso-called from Metoni.
q Greek philosopher, who discovered
it. 1t consists of nineteen years, at |
the end of which the sun is in about
the same position he was at the be-
ginning).
In 1852 It was found that the real |
equinox fell ten days before the nom
inal one. and from the error in the
Metonic cycle, Easter had got four
days wrong. Then Pope Gregory
XIII reformed the calendar, called |
after him the Gregorian calendar. by
the aid of Clavlus, a learned Jesuit. |
The equinox of 1882, which should
have fallen on March 81, fell on
March IL. Gregory cut the Gordian |
knot by decreeing that Oct. of that |
year should be counted as Oct. Is.
To the question, What is time? We |
may give the answer. duration, as
measured by the solar system. For |
everyday purposes and artificial di-
visions mechanical contrivances are
necessary.
The first method OF measuring time,
as far as we know, was by means of |
the obelisk. The pyramids of Egypt !
very probably answered the same pur-
pose. Josephus states that Moses
erected. at Heliopolis, in Egypt, pill
lar for such purposes. "The cloudy |
pillar" that accompanied the Israel
ties in their forty years wanderings in
the wilderness, and which was a pill
lar of fire by night" most likely an
swered the same purpose. Pliny states
that an obelisk. now on the Thames |