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THE EARLY AGE OF GREECE VOL.I by W.Ridgeway 1901

MACEDONIA is GREECE and will always be GREECE- (if they are desperate to steal a name, Monkeydonkeys suits them just fine) ΚΑΤΩ Η ΣΥΓΚΥΒΕΡΝΗΣΗ ΤΩΝ ΠΡΟΔΟΤΩΝ!!! Strabo – “Geography” “There remain of Europe, first, Macedonia and the parts of Thrace that are contiguous to it and extend as far as Byzantium; secondly, Greece; and thirdly, the islands that are close by. Macedonia, of course, is a part of Greece, yet now, since I am following the nature and shape of the places geographically, I have decided to classify it apart from the rest of Greece and to join it with that part of Thrace which borders on it and extends as far as the mouth of the Euxine and the Propontis. Then, a little further on, Strabo mentions Cypsela and the Hebrus River, and also describes a sort of parallelogram in which the whole of Macedonia lies.” (Strab. 7.fragments.9) ΚΚΕ, ΚΝΕ, ΟΝΝΕΔ, ΑΓΟΡΑ,ΕΚΚΛΗΣΙΑ,ΝΕΑ,ΦΩΝΗ,ΦΕΚ,ΝΟΜΟΣ,LIFO,MACEDONIA, ALEXANDER, GREECE,IKEA

MACEDONIA is GREECE and will always be GREECE- (if they are desperate to steal a name, Monkeydonkeys suits them just fine)

ΚΑΤΩ Η ΣΥΓΚΥΒΕΡΝΗΣΗ ΤΩΝ ΠΡΟΔΟΤΩΝ!!!

Strabo – “Geography”
“There remain of Europe, first, Macedonia and the parts of Thrace that are contiguous to it and extend as far as Byzantium; secondly, Greece; and thirdly, the islands that are close by. Macedonia, of course, is a part of Greece, yet now, since I am following the nature and shape of the places geographically, I have decided to classify it apart from the rest of Greece and to join it with that part of Thrace which borders on it and extends as far as the mouth of the Euxine and the Propontis. Then, a little further on, Strabo mentions Cypsela and the Hebrus River, and also describes a sort of parallelogram in which the whole of Macedonia lies.”
(Strab. 7.fragments.9)

ΚΚΕ, ΚΝΕ, ΟΝΝΕΔ, ΑΓΟΡΑ,ΕΚΚΛΗΣΙΑ,ΝΕΑ,ΦΩΝΗ,ΦΕΚ,ΝΟΜΟΣ,LIFO,MACEDONIA, ALEXANDER, GREECE,IKEA

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'<br />

IRON. 597<br />

<strong>by</strong> the late Dr Flight^ affords information about one Indian<br />

manufacture in which zinc is largely used. This is the wellknown<br />

Bidri ware of Beder in Hyderabad. His analysis<br />

suggests that the metal is not a specially prepared alloy, but<br />

may " result from the reduction of an ore of zinc containing<br />

the other metals (copper, lead, gold, and iron)-."<br />

It is therefore more probable that the art of alloying<br />

copper with tin was the result of a lucky accident which had<br />

blended the two metals, than that it was the outcome of a<br />

deliberate desire to make copper harder, and consequent on<br />

experiments made to that end. Thus some man of the Copper<br />

Age found that this mixed material gave better results than<br />

the ordinary copper which he was in the habit of using.<br />

To suppose that primitive man who was only acquainted<br />

with copper and gold should have conceived deliberately the<br />

design of hardening copper <strong>by</strong> mixing another is<br />

ingredient,<br />

to<br />

read the ideas of our modern scientific world into the life of<br />

men who had not yet emerged from savagery. On the other<br />

hand there is no difficulty in supposing that in one of the<br />

areas where both copper and tin are found these two metals<br />

were found occasionally intermixed, as seems to have been the<br />

case with copper and zinc in Hyderabad.<br />

It is therefore not unreasonable to suggest that as the art<br />

of alloying C(jpper with ziuc and tin was in the one case<br />

'<br />

Ihid. ]i.<br />

8"2."). The name hidri, ziiu;, is j)r()bably notbint,' more tluin the<br />

place-name, ]^eder in Hyderabad, wliere the metal was found or manufactured.<br />

The proportions were: m two objects, I. a box, and II. a bottle:<br />

Zinc, <strong>by</strong> ditTerence<br />

Copper ......<br />

I.<br />

Lead<br />

(n.ld<br />

Iron ......<br />

-<br />

Another j^'ood ilhislration of tlie prineijile that discoveries in metallurt,'y<br />

are dur to tlie natural juxta|)osition of two ditTci'i'Ut elciufnts, is atTonled <strong>by</strong><br />

(piicksiis-er.<br />

Callias, an Atlu-nian. who worked silver mines at his own exjunse<br />

in tlie I.auriiun district, found a shinini^' sand of thr colour of scarh't or<br />

cochineal [kokko';). He ordci-cd it to l)e concctcd, thinkin;,' from its shining;<br />

appi-araiK-'e tliat it contained ^'old. Tlioiij^'b disap]iointed in this, he yet hit<br />

ui)on a method of jirciiarin^' ciniialiar from this suiistance (ii.c. 10.")), which was<br />

tlistinctly iiuicksiivcr ore. IJoeckh, I'uli. /'.Vd;;. ji]).<br />

CiL".) :i() (Imi^'. transh).<br />

598 IRON,<br />

certainly, and in the other probably, the outcome of chance, so<br />

too the discovery of the use of copper itself was due to a similar<br />

cause.<br />

The same almost certainly holds true of iron.<br />

The discovery of that metal according to the latest views of<br />

the metallurgists<br />

" doubtless arose either from pieces of rich<br />

iron ore becoming accidentally embedded in the domestic fire,<br />

the burning embers of which would easily reduce them to the<br />

metallic state, or it<br />

may be from primitive man, having already<br />

obtained the metal copper from certain stones, experimenting<br />

with others in the same manner in his rude furnace, when,<br />

if these consisted of iron ore, metallic iron ore would be<br />

produced ^"<br />

But the metallurgists have overlooked another possibility,<br />

which is not merely hypothetical, but can be proved to have<br />

taken place, and which does not involve any reduction of the<br />

iron ores <strong>by</strong> man. Unlike copper, iron is hardly ever found<br />

native except in the case of meteoric iron, which has been<br />

smelted <strong>by</strong> Nature. Hence it has been supposed that mankind<br />

first became acquainted with the use of iron through meteorites.<br />

Accordingly Lenormant suggested that aiBrjpo^ is coimucted<br />

'<br />

with Latin sidus, and that it meant originally sidereal' iron.<br />

Others again have supposed that the ' self-smelted mass<br />

iron (p. 294) given as a prize <strong>by</strong> Achilles was a mass of<br />

meteoric iron.<br />

Tempting as this suggestion we must<br />

is,<br />

bear in mind that meteoric stones have in<br />

many parts of<br />

the world, both ancient and modern, been regai'ded with awe<br />

and veneration. Thus in the Greek lands and those bordering<br />

on them, meteoric stones were among the earliest objects<br />

of veneration. They were termed /BairuXoi, were usually<br />

dedicated to Cronus or to Zeus (as we shall see later on), and<br />

were anointed with oil b\' devout persons, such as the Su])erstitious<br />

Man iii the C/iardcters of Theophrastus. Tt is not<br />

easy to su])pose that peopli'<br />

who invested meteoi'ites with<br />

such sanctity would eomniit so sacrilegious an act as to use<br />

them foi' inetal.<br />

Gowliind,

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