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Don't Be Confused By Facts!

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The Great Pyramid of Cheops harbors a mystery that often goes unspoken among historians and archaeologists. It is universally acknowledged that the pyramid comprises approximately 2,400,000 rock blocks, each weighing between 2 and 70 tonnes (4,400 to 154,000 pounds). These blocks were placed with extraordinary precision, with a margin of error of only 1 centimeter (0.39 inches) at the base and an alignment deviation of merely 1 degree to the north—a level of accuracy achievable today only with laser-guided technology.

However, the astounding precision of the pyramid's construction is not the central mystery. Nor is the focus on the methods of transporting these massive blocks. The critical question is: how long did it take to build the pyramid?

If Egyptian workers managed to cut, transport, and place one block each day, it would have taken 6,575 years to complete the Great Pyramid (2,400,000 blocks divided by 365 days per year). This timeline suggests that construction would have started around 9,000 B.C., far earlier than the commonly accepted date of around 2,500 B.C., when the pyramid is said to have been completed in just 10 years.

To finish the pyramid in a decade, workers would have needed to cut, transport, and place one block every minute during 10-hour workdays. This implies an unimaginable efficiency: 1 block every 60 seconds, continuously for 10 years. Considering the tools of the time, primarily soft copper and the absence of the wheel, this scenario seems implausible.

While it is clear that the Great Pyramid was built by the people who lived in the area, the timeline and perhaps even the identities of the builders remain shrouded in mystery. This enigma challenges our understanding of ancient construction capabilities and timelines.

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