The individual stone blocks making them up are quite large and heavy; they're not going to be blown about by the wind.
Perhaps you've read something about the "angle of repose". However, this really only applies to small particulate matter; objects built of larger blocks can have a much steeper angle without falling over (for example, it's possible to make a perfectly vertical stack of bricks). There's no advanced miracle of engineering involved in the slope of the pyramids.
Human muscle and lots of it
The ancient Mayan built pyramids.
The oldest of the three pyramids, the pyramid of Khufu, was built around 2580 BCE. The other two, the pyramids of Khafre and Menkaure, followed soon after.
Scientist today still are puzzled on how the construction of pyramids became because they were so huge.
Londan bridge is falling down, falling down, falling down, londan bridge is falling down, my dear aldy
praying mantis
I Can't Stand Up for Falling Down was created in 1979.
Static means still, whereas dynamic means moving. So if you can stand still without falling that demonstrates static balance. In contrast, if you can walk without falling that demonstrates dynamic balance.
the sphinix stand in front of all pyramids in giza. it has body of lion and head of pharaohs
Falling eagle
You can't tell without seeing the pyramids.
Friction causes you to be able to stand without falling. It also helps you walk, run, speed up, slow down, etc.
Egypt without a doubt
From 1842 to 2008 a total of 118 Egyptian pyramids have been identified.
the reason they had pyramids was to honour the great pharoahs. they were believed to be the gateway to heaven. pyramids were only built to signify the king.
It stands in front of it because it is guarding it
You are correct! To be more specific, basophobia means the inability to stand; the fear of walking or falling.