yeah i Think
The ancient Greeks believed that everything was made up from air, earth, fire and water. The Greeks had no other ways of knowing about the universe and things we now know.
In ancient Greece, this type of covered colonnade was called a stoa. They were usually open-air structures used by the general public.
Very little other than goods for sale - the Agora was an open air marketplace.
from the presocratic period through the middle ages and into the renaissance period. (fire, water, air and earth)
The northward pointing air shafts in the pyramids were believed to have been used for ventilation and to bring fresh air into the chambers deep within the pyramid. They also had symbolic significance, aligning with certain stars or celestial bodies important in ancient Egyptian religion and beliefs.
yes
When it was built it was provided with one entrance and two air shafts.
Air shafts in the pyramids were believed to have served a functional purpose, possibly for ventilation or for the passage of the pharaoh's spirit to reach the afterlife. They may have also been constructed as part of religious or astronomical beliefs related to the alignment of the stars.
When it was built it was provided with one entrance and two air shafts.
Simply because pyramids are massive monumental structures and a tomb of the pharaohs. It is not designed to be a livable house or a structure, but a tomb designed to protect the pharaohs body forever. "Air shaft " can be considered as ventilation or openings but some theories that this has something to do with the stars, the so called "star shafts".
Yes, pyramids have entrances and air shafts.
an air velocity meter to measure the speed of ventilating air in mine shafts
an air velocity meter to measure the speed of ventilating air in mine shafts
For air conditioning
Pyramids were used for grain storage in ancient civilizations by providing a cool, dry environment that helped preserve the grain for long periods of time. The shape of the pyramid helped to distribute the weight of the stored grain evenly, preventing it from collapsing. Additionally, the height of the pyramid allowed for better air circulation, further aiding in the preservation of the grain.
Getting air to the center of the pyramid, where it is air tight. To prevent the workers from suffocating S