>>9401486>assuming 6 km/h speed for the transport river boats. I was unable to find any source referring on such info, thus I just took an average based on modern heavy transporting boats at ~ 6km/h>work hours efficiency assumed at 90% = for every 1 hour, 6 minutes are non-work (toilet / food / general breaks), or in 11h work-day 66mins are non-work, in totalBased on the above assumptions:
with 20K work (slave) force (out of which 14K of them work only with all work related to the stone blocks), within 14 years:
>num of blocks per month (including cutting, transporting & placing onto the pyramid: 13690.48>num of blocks per month per quarry worker:0.98>tonnes per month per quarry worker (all work included): 44.01>num of blocks per worker per month: 0.98>time needed to cut a stone block (in hours): 742.50>time needed to cut a stone block (in work days): 67.50>work days per worker to cut a complete stone block: 73.34>time in days for transporting the stone from the port A to the port B (port A is the quarry port, port B is the Giza construction site port): 6.37so far, based on the above conclusions:
0.98 stones need to be cut, transported and placed perfectly in the under construction Giza pyramid, per month, per worker. Yet, each worker needs 73.34 days just to cut a stone + 6,37 (24h) days for port-to-port transporting. This leave us with a -49.71 work days deficit. And we have not included so far the time needed for the:
>transporting the stone from the quarry to the port A (probably will be little: few hours-few days?)>transporting the stone from port B to construction site (pyramid) (probably will be little: few hours-few days?)>placing correctly (and flawlessly) the stone to its correct position (probably will be little: few hours-few days?)--- PART 2 ----
