Giza pyramid complex: Difference between revisions
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===Construction=== |
===Construction=== |
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The base of the Great Pyramid forms a nearly perfect square, with only a 19-cm (about 7.5-in) difference between its longest and shortest sides, out of a total length of about 230 m (756 ft). This huge square is also almost exactly level. When newly completed, the Great Pyramid rose 146.7 m (481.4 ft)—nearly 50 stories high. The pyramid’s core probably includes a hill of unexcavated rubble, making it impossible to determine its exact number of blocks. Researchers estimate that 2.3 million blocks were used to build the Great Pyramid, with an average weight of about 2.5 metric tons per block. The largest block weighs as much as 15 metric tons. |
The base of the Great Pyramid forms a nearly perfect square, with only a 19-cm (about 7.5-in) difference between its longest and shortest sides, out of a total length of about 230 m (756 ft). This huge square is also almost exactly level. When newly completed, the Great Pyramid rose 146.7 m (481.4 ft)—nearly 50 stories high. The pyramid’s core probably includes a hill of unexcavated rubble, making it impossible to determine its exact number of blocks. Researchers estimate that 2.3 million blocks were used to build the Great Pyramid, with an average weight of about 2.5 metric tons per block. The largest block weighs as much as 15 metric tons. |
Revision as of 19:09, 24 March 2009
The Giza Necropolis stands on the Giza Plateau, on the outskirts of Cairo, Egypt. This complex of ancient monuments is located some 8 km (5 mi) inland into the desert from the old town of Giza on the Nile, some 25 km (15 mi) southwest of Cairo city centre. One of the monuments, the Great Pyramid of Giza, is the only remaining monument of the Seven Wonders of the Ancient World.
Construction of the Great Pyramid
There have been varying scientific theories regarding the pyramid's construction techniques. Most construction theories are based on the idea that the pyramids were built by moving huge stones from a quarry and dragging and lifting them into place. The disagreements center on the method by which the stones were conveyed and placed. A recent theory proposes that the building blocks were manufactured in-place from a kind of "limestone concrete".
In addition to the many theories as to the techniques involved, there are also disagreements as to the kind of workforce that was used. One theory, suggested by the Greeks, was that slaves were forced to work until the pyramid was done. This theory is no longer accepted in the modern era, however, Archaeologists believe that the Great Pyramid was built by tens of thousands of skilled and unskilled laborers who camped near the pyramids and worked for a salary or as a form of paying taxes until the construction was completed. The worker's cemeteries were discovered in 1990 by archaeologists Zahi Hawass and Mark Lehner. Egyptologist Miroslav Verner posited that the labor was organized into a hierarchy, consisting of two gangs of 100,000 men, divided into five zaa or phyle of 20,000 men each, which may have been further divided according to the skills of the workers.[1]
Construction
Fluffffffffffffffffffffffffffffyyyyyyyyyyyyyyyyyyyyy!!1
The base of the Great Pyramid forms a nearly perfect square, with only a 19-cm (about 7.5-in) difference between its longest and shortest sides, out of a total length of about 230 m (756 ft). This huge square is also almost exactly level. When newly completed, the Great Pyramid rose 146.7 m (481.4 ft)—nearly 50 stories high. The pyramid’s core probably includes a hill of unexcavated rubble, making it impossible to determine its exact number of blocks. Researchers estimate that 2.3 million blocks were used to build the Great Pyramid, with an average weight of about 2.5 metric tons per block. The largest block weighs as much as 15 metric tons.
The work of quarrying, moving, setting, and sculpting the huge amount of stone used to build the Great Pyramid was most likely accomplished by several thousand skilled workers, unskilled laborers and supporting workers—bakers, carpenters, water carriers, and others—were also needed for the project, so that a total of as many as 35,000 men and women were involved in the project. Many archaeologists and engineers now believe that the pyramid builders were not slaves, as was previously thought, but paid laborers who took great pride in their task. Most were probably farmers, contracted to work for a limited period. Specialists, who were permanently employed by the king, filled the positions that required the most skill—architects, masons, metalworkers, and carpenters.
In building Khufu’s pyramid, the architects used techniques developed by earlier pyramid builders. They selected a site at Giza on a relatively flat area of bedrock—not sand—which provided a stable foundation. After carefully surveying the site and laying down the first level of stones, they constructed the Great Pyramid in horizontal levels, one on top of the other.
Most of the stone for the interior of the Great Pyramid was quarried immediately to the south of the construction site. The smooth exterior of the pyramid was made of a fine grade of white limestone that was quarried across the Nile. These exterior blocks had to be carefully cut, transported by river barge to Giza, and dragged up ramps to the construction site. Only a few exterior blocks remain in place at the bottom of the Great Pyramid. During the Middle Ages (5th century to 15th century) people took the rest away for building projects in the city of Cairo.
To ensure that the pyramid remained symmetrical, the exterior casing stones all had to be equal in height and width. Workers marked all the blocks to indicate the angle of the pyramid wall and trimmed the surfaces carefully so that the blocks fit together. During construction the outer surface of the stone was left unfinished; excess stone was removed later.
Astronomy
The sides of all three of the Giza pyramids were astronomically oriented to be north-south and east-west within a small fraction of a degree. Among recent attempts [2] to explain such a clearly deliberate pattern are those of S. Haack, O. Neugebauer, K. Spence, D. Rawlins, K. Pickering, and J. Belmonte. The arrangement of the pyramids is a disputed representation of the Orion constellation in the Orion Correlation Theory.
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Giza pyramid complex (map)
Further reading
- Lehner, Dr. Mark, "The Complete Pyramids", Thames & Hudson, 1997. ISBN 0-500-05084-8.
- Manley, Bill (Ed.), "The Seventy Great Mysteries of Ancient Egypt", Thames & Hudson. ISBN 0-500-05123-2.
- "Mysteries of Egypt" National Geographic Society, 1999. ISBN 0-7922-9752-0.
- Rhys-Davies, John, "Riddles of the monument builders: Who built the Sphinx", Time-Life Video, 1995.
- Wirsching, Armin, "Die Pyramiden von Giza - Mathematik in Stein gebaut: Stationen der Sonne auf ihrem Lauf durch das Jahr", Books on Demand, 2006. ISBN 978-8334-5492-9.
- Stadelmann, Rainer, "Die ägyptischen Pyramiden. Vom Ziegelbau zum Weltwunder", Von Zabern, Mainz, 1997. ISBN 3-8053-1142-7.
See also
References
External links
- Newsweek's Interactive Graphic on Djedefre's pyramid with Interactive Timeline of the major pyramids of ancient Egypt
- 3D model of the pyramids for use in Google Earth
- Pyramid Photographs on GlobalAmity.net
- digital.egypt - QTVR fullscreen panoramas on Giza Plateau
- Pyramids in Giza Pictures of Giza Pyramids published under Creative Commons License
- [1] 3D virtual tour explaining Houdin's theory (plug in needed)
- [2] A 3D virtual Panoramic with zooming showing the Great site