elevators
One technology that made skyscrapers possible would be the elevator. The other, I suspect is structural steel.
Throughout the history of architecture, there has been a continual quest for height. Thousands of workers toiled on the pyramids of ancient Egypt, the cathedrals of Europe and countless other towers, all striving to create something awe-inspiring. People build skyscrapers primarily because they are convenient -- you can create a lot of real estate out of a relatively small ground area. The driving force behind skyscrapers is building materials, primarily concrete and steel. This and the engineering of these structures, which had to develop with their conception, is what made them possible.
the good things about the wheel consist of transportation, the ability to move large objects, and the invention of the wheel led to the invention of other important inventions such as the gear leading to the invention of automobiles.
when other historians will argue that different cultures come up with the same ideas to address similar problems and that is evidence of independent invention.
Same as any other building
One technology that made skyscrapers possible would be the elevator. The other, I suspect is structural steel.
A+ all of them
The invention of the telephone is usually credited to Alexander Graham Bell but other inventors also contributed.
the fenestrated part of s building that rises above the roofs of the other parts.
There are skyscrapers in Downtown Brooklyn!The tallest is the 34 stories tall Williamsburg Savings Bank,which measures 156 meters.It's the tallest building in Brooklyn.There are also lots of other tall buildings in Downtown and a few under construction!I hope this answers your question!
Steel gave us the ability to make very tall buildings because the skeleton of a building is made using steel allowing man to make skyscrapers. The use of skyscrapers also meant that there was a need for elevators. The Bessemer process reduced the cost of producing steel, and it fueled the industrial revolution in Europe. It allowed skyscrapers, bridges, railroads, large ships and other things to be made less expensively. One version of the Bessemer process helped farmers since phosphates were a byproduct.
Angel Alcala has contributed to the invention of coral reefs used for fisheries in Southeast Asia.
California experiences earthquakes frequently as compared to other States. Skyscrapers are more vulnerable to the shaking during an earthquake than shorter buildings. So they don't build as high in California.
Probably because skyscrapers can hold more things than any other type of structure given the amount of area. Besides, would you rather go to an island with a hut, or a skyscraper?
toilet paper
toilet
Throughout the history of architecture, there has been a continual quest for height. Thousands of workers toiled on the pyramids of ancient Egypt, the cathedrals of Europe and countless other towers, all striving to create something awe-inspiring. People build skyscrapers primarily because they are convenient -- you can create a lot of real estate out of a relatively small ground area. The driving force behind skyscrapers is building materials, primarily concrete and steel. This and the engineering of these structures, which had to develop with their conception, is what made them possible.