Iron- and steel-casting
Iron- and steel-casting
bridges have developed over times because they have found different materials to make bridges out of and it enabled it because we were already advanced in building bridges and then we found steel that made the bridges extra stable and reliable that some that was built 100 years ago are still here now!
The innovation that made suspension bridges possible was the development of high-strength materials, particularly steel cables. The ability to create strong, flexible cables allowed for the efficient distribution of weight and tension across long spans. Additionally, advances in engineering principles, such as understanding tension and compression forces, enabled architects to design structures that could withstand dynamic loads and environmental stresses. These innovations collectively revolutionized bridge construction, allowing for the iconic designs we see today.
a M.O.A.B.
Yes
block printing.
Both the Romans and the Incas employed extensive infrastructure development as a key strategy to unify their empires. The Romans built an extensive network of roads and bridges, facilitating trade, military movement, and communication across their vast territories. Similarly, the Incas developed an intricate system of roads and suspension bridges in the Andes, which connected diverse regions and enabled efficient administration and resource distribution. This infrastructure not only strengthened political control but also fostered cultural exchange and integration among different populations.
Settlement on productive land enabled a surplus of food which enabled the development of civilisation .
The creation of democratic government
gun powder and magnetic compasses
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The Filipinos have adopted many Chinese art forms and cuisines into their culture. They have also learned how to bargain and trade from the Chinese, which has enabled them to improve their business skills.