# Great Pyramid of Giza interior

**Cross section of the pyramid showing the interior passages**

Let's go through the ascending system of passages. Once we start along the descending passageway from entrance, after about 97 legs, we arrived at where in fact the ascending passage intersects with-it. It's obstructed by 3 huge granite blocks. Following the ascending passageway, (with about the same dimensions whilst the descending passageway), up at its 26-degree direction, after 124 legs, we eventually reach a sizable available room. This really is referred to as grand gallery. It is a hall 153 legs long and 7 legs large during the flooring degree. It's about 28 foot large. Now of intersection, you can easily just take 1 of 2 roads. You'll continue rising the grand gallery and eventually end up in the King’s chamber or continue in a horizontal path through another passageway (127 foot lengthy) and wind up in the Queen’s chamber. Also only at that intersection (where in fact the ascending passageway meets utilizing the grand gallery) is a hole which leads to a shaft (known as the well shaft) which connects aided by the descending passage under. This almost straight tunnel is approximately 3 foot in diameter. The King’s chamber measures about 34 feet by 17 legs and 19 feet tall. The Queen’s chamber steps 18 feet by 17 feet and 20 feet in height. It ought to be mentioned that the passages are typical in the same vertical airplane, parallel into north-south axis of the pyramid. They're not when you look at the direct center associated with pyramid but down 24 foot towards eastern of center. Therefore the entrance to the pyramid is not within the centerline for the north part, but to your eastern of it by 24 legs. In addition all chambers stretch westward from straight airplane associated with passageway system, and not one offer eastward.

**THE WORTH OF PI**Textbooks on record and math tell us your Greeks discovered the partnership of pi. Pi is the relationship between your distance of a circle and its particular circumference. The mathematical formula is:

**Circumference = 2 * pi * distance (C = 2 * pi * roentgen)**

That is in just about any size circle you draw, this relationship will always hold true. Hence if you measure its radius and increase it by 2 and pi, this may constantly equal the circumference of the circle. It would appear that the worthiness of pi had been built into the fantastic Pyramid of Giza, more than 100 years ahead of the Greeks allegedly discovered it. Exactly how was this value included in the truly amazing pyramid? The straight height associated with the pyramid holds the same commitment toward perimeter of their base (length across the pyramid) due to the fact distance of a circle holds to its circumference.