11:00 Five guys and a truck and a steel crane. *There are stones 10 times this size, precisely fitted together in Egypt, Peru, Mexico ...* So ... *HOW?*
Worry not; should one person get crushed under the rock then there are 10 more people eager to take his job. Where life is cheap and the wages are very low.
I was going to ask the same question 🤔 it would seem we have ex team difficulties in moving one medium size stone. Perhaps we are not as advanced as we would like to think we are.
Why can't they do tank business in more plane areas ??? Little more plain area would not cost more..... 😂😂😂😂Now it will cost more fuel nd machine and man power 😎
Yeah , that looked very dicy , there was no support under that bit of concrete at the roadway on edge , had it crumbled , that agitator would have gone right over .
At 9.00, you have that big heavy mass or stone using ropes and steel and pulleys and how did the Egyptions do it with only the basic pivot and date palms and massive slabs way more that that!! Still hasnt been answered and its obvious as they had only almost stone age tools and copper but brilliant surveying skills and yet we cant work it out?? Tons of ideas but not satisfactory for moving the really big stuff for the biggest pyramids and yet they did it!!!
We have a pretty good idea, actually. We don’t know how many ramps they used or what shape they had. We do know that sleds over wet sand we’re used, we know how they used hard stone powder for “sawing” (grinding, really) instead of using the copper tools directly on the stones. We know about their circular drill (there are old Egyptian wall paintings of both that and the sand sleds). We are pretty sure they also had a moveable lifting device for lifting and positioning the big stones on the pyramids. We don’t have any paintings of it, though, so maybe some of the details are a bit wrong. The idea is to use a lever and a fulcrum, with the stone hanging from one end and a handful of men pulling the other end. The fulcrum is a rope loop suspended from a four-legged contraption a bit like the poles in a wigwam. Two of the legs are shorter, so they can stand on a level that is one stone higher than the other two. There is a great dissertation about it, complete with real-life experiments, finite elements strength analyses, details about the properties of the wood available in Egypt and Lebanon at the time, etc. In their experiments with 1-2 ton stones, it would take about 15 minutes to safely lift a stone one level up. The job could easily have been parallelized with multiple work gangs per pyramid side. The only stones that were bigger than 2-3 tons in the Cheops pyramid were the ones above the big chambers. They could conceivably have used ramps for those.
In one video on youtube a russian truck hauling a load of petrol out in the river literally under water only the intake sticks up ,let Hope he not meet a big stone
hey flatbed driver with the 20 ton block... hurry up and get the flatbed under this block, these 3 guys over on the left are trying to keep this up, while you learn how to back up... in the sand no less...
I am going to see all the cases and tell you what Cause each one to fail... 1- too heavy load on the truck, specially on back of the truck, 2- too fast going on the trailer, and also the tank is too heavy,( the main cause the speed ) 3- armature driver, too soft ground 4-this type of problems mostly happens in 2 part of the world, South America countries, and other side, east( India, Pakistan) area, and because shitty roads, overload buses, trucks and many other wrong decisions 5- very risky( blue truck) ,completely wrong way to do it 6-Right truck, good driver7-Good job loading the Granite stone, good they took their time to do it.
