Various dates, but mostly around 2,500 years ago.
The controversy derives from the different Greek and British views as to who should own the Elgin Marbles. From the Greek perspective, the marbles used to be part of the Parthenon in Athens, Greece and Greece maintains they should be returned there since they are a part of Greek cultural heritage. Britain says Lord Elgin was allowed to remove these from the Acropolis by the Ottoman Turkish government that was in power at the time that Elgin made the request. Therefore, the British legally removed them, even though the Greeks at that time were not consulted. Also these marble reliefs would have been destroyed by now if they had been left in their original place because of the various wars that were fought in Athens since Elgin took the marbles out of Greece. So Britain has preserved the Elgin marbles for 200 years and ought to keep them.
Lord Elgin took the Parthenon Marbles from Greece to Britain in the early 19th century, claiming he sought to preserve them from neglect and potential destruction. He obtained permission from the Ottoman authorities, who controlled Greece at the time. Elgin believed that the marbles would be better preserved in the British Museum, where they could be appreciated and studied. This action has sparked ongoing debates about cultural heritage and the repatriation of artifacts.
Also known as the Parthenon marbles they are architectural carvings originally belonging to the Parthenon and other buildings at The Acropolis. Most likely created during the Golden Age of Athens(460–430 BC), Phidias was a great Athenian sculptor of the time who is known to have created the bronze statue of Athena.
If you're pregnant, your period does not come on at all.
what time does the dance start in Elgin,IL.
it was in 1596
1778
The time period just affected Shakespeare's plays - come on.
It is (1/2)5 = 1/32
It means...
Ancient Greek.
To find the probability of drawing two red marbles from a bag containing three red marbles and two green marbles (a total of five marbles), you can use the combination formula. The number of ways to choose 2 red marbles from 3 is ( \binom{3}{2} = 3 ), and the total ways to choose 2 marbles from 5 is ( \binom{5}{2} = 10 ). Thus, the probability of drawing two red marbles is ( \frac{3}{10} ) or 0.3.