I actually was reading up on this one site that talks about many of the same thing...that the ancient architects used cement so to speak. But the number of blocks were actually recalculated...
QUOTE
* According to Socrates G. Taseos, the actual number of stones used to build the Great Pyramid is only 590,712. In his book Back in Time 3104 B.C. to the Great Pyramid- Egyptians Broke Their Backs to Build It- How the Great Pyramid Was Really Built he presents results of his computer calculations. The following is derived from the book mentioned above.
The base measurements of the Great Pyramid are: north - 755.43 ft; south -
756.08 ft; east - 755.88 ft; west - 755.77 ft. These dimensions show no two
sides are identical; however, the distance between the longest and shortest
side is only 7.8 inches.
Each side is oriented almost exactly with the four Cardinal points. The
following being the estimated errors: north side 2'28" south of west; south
side 1'57" south of west; east side 5'30" west of north; and west side 2'30"
west of north.
The four corners were almost perfect right angles: north-east 90degrees 3'
2"; north-west 89 degrees 59'58"; south-east 89 deg 56'27"; and south-west
90 deg 0'33".
When completed, it rose to a height of 481.4 ft., the top 31 feet of which
are now missing. It's four sides incline at an angle of about 51deg. 51 min.
with the ground. At its base, it covers an area of about 13.1 acres. It was
built in 201 stepped tiers, which are visible because the casing stones have
been removed. It rises to the height of a modern 40-story building.
They also broke it down into the time scale this building should take place...
QUOTE
The average number of blocks that have to be placed each day equals (590,712blocks)/(20years x 364.25 days) = 81 blocks per day. If 10 crews of 300 men work on each of the four sides of the pyramid, then the totals of 40 crews and 12,000 men will be needed. Each of the crews will be responsible to place 81/40 = 2 blocks per day.
The workload passes through three phases of decreasing difficulty, which are
determined by the weights of the heaviest blocks:
Steps 1 through 21 (60.59 to 27.24 tons)
Steps 22 through 136 (17.66 to 6.44 tons)
Steps 127 through 201 (3.05 to 2.63 tons)
As the weight of the blocks decrease, Step to Step, the sizes of the drag
crews will decrease. However, when this happens, the number of blocks needed
to be dragged each day can be reduced because one large block can be dragged
and cut into several smaller blocks that are needed.
As the pyramid rises there is less space for the crews to work in and fewer
block to be placed. In other words, the number of workers that will be
needed depends on three factors of: weight of blocks, number of blocks to be
placed, and the working space available.
And also, if you truly look at the Great Pyramid (this shot was taken aeriallly and there are still no answers as to why the pyramid is like this) the 4 sides are concave...so it has 8 "sides." The degree that the concavity occurs is only one half to one degree.
SourceThis site above talks about a lot of the other world mysteries and fantastic megalithic structures...it explains a great deal and brings new questions and new "coincidences" to light.