Carpentry is based mostly on geometry, however there are also engineering factors involved. An engineer is assigned to a building project to list deflections, loads, tensile and shear strenghts. An engineering packet is sent with truss profiles for proper applications. It is the carpenters responsibility to decipher blueprints, engineering specifications and building codes for a project to pass rigorous inspection processes.
Your truss profiles will dictate uplift and download applications. Sometimes special fasteners are required per the engineers specs.
the type of technology they used is axes bows spears and other stuff.
what kind if teconolgy do africa use the most
Stuff like snow shoes and canoes.
This is a rather perplexing question as how can you predict something that has already occurred? Modern technology can and is being used to map the past and from that patterns do emerge but this is obviously not predicting.
The best machines we have so far are using either Hybrid Technology or Solar Energy. I wish someday I could build a technology called Air Technology. It uses any type of air around it, sucking them in, gathering their energy and letting them out the exhaust pipe with no harm. Also, these technology machines don't use gas or oil anymore.
No, carpenters would not use tesselations.
A carpenters main hammer is the claw hammer, but I expect most carpenters would have at least 3-4 different hammers.
Carpenters can and do use a wide range of materials other than wood. These can include cardboards, metals, glass and fabrics if the piece demands them.
Carpenters use mixed number by taking a shovel and shoving it in the wall and the stabbing you in your butt.. and then they start singing what what in the butt, i did it in your butt IN YOUR BUTT!
Carpenters use all kinds of measures, rulers would be used to do fine measuring at the table saw.
I would use yellow carpenters glue.
They had carpenters because they needed the carpenters
Plans:):):)
set square
It is a light carpenters hammer.
arm
Carpenters use geometry for angles and diagonal lengths, area and surface area for walls and sheathing, and the engineering computation of loads per square inch.