![]() ![]() ![]() The numbers in this claim are expressed to seven decimal places, which would allow you to draw about 20,000 lines with different numbers, between roughly 29.9802000°N and 29.9782000, all passing through the pyramid. When the fact checking site Snopes looked into this, they found that the line at 29.9791750°N would be closer to the apex, but of course that would not match the speed of light so neatly. This particular line passes slightly to the north of the pyramid’s peak. Given that we’re looking at such precise coordinates, other lines also pass through the pyramid. This means we have to look along the line of latitude at 29.9792458°N, which does pass through the Great Pyramid, but also through many other places around the world. In fact, the post only gives one coordinate, not the two we would need for a precise location. In the late 1600s, he was obsessed with some strange. This is not because the ancient Egyptians somehow shared our modern understanding of metres, light and latitude, but because it takes some deliberate work to make the numbers fit. The first person to realize that light does indeed have a speed at all was an astronomer by the name of Ole Romer. And, as the post implies, it is not necessarily a coincidence that it matches the latitude of the Great Pyramid. Solve any question of Electromagnetic Waves with:- Patterns of problems. This figure for the speed of light (in a vacuum) is correct. When Einstein proposed the theory of relativity, it was to explain why light always had the same speed.In the late 1800s, it was thought that since light travels as a wave, it must be carried by. Coordinates of the Great Pyramid of Giza: 29.9792458°N. A popular Facebook post suggests that the location of the Great Pyramid of Giza is mysteriously connected to the speed of light. he had c, the speed of propagation of the electromagnetic wave he was thinking of. ![]()
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