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Aqueducts supplied ancient Roman cities with water from their sources on the mountians. It took a good deal of engineering to build these aqueducts that were many miles long. They were built all over ancient Rome's empire.
Unlike the Greeks, who were primarily interested in knowledge for its own sake, the Romans were very practical. They tried to apply the knowledge they gained from science to planning their cities, building water and sewage systems, and improving farming methods. Without these aqueducts and a superior sewer system, Roman cities could not have grown as large as they did.
the roman
No. Science is the understanding of "something". Engineering is the actual doing of "something". You can have engineering without science (think Roman aqueducts) and you can have science without the engineering (interstellar travel). But they do fit together well.
What conveyed water to the cities was the aqueduct. What made the construction of long aqueducts which needed bridgework was the arch. The Romans were not the first to use the arch, but they were the first to make widespread use of it. Prior to the Romans, the arch was rare. The structural strength of the arch made the construction of large buildings and bridgework possible.
The goal of many ancient Roman engineering projects was to connect the cities of Rome with roads and to bring them water with aquaducts.
The channels or pipes that brought water to where it was needed were called aqueducts.
these channels were called aqueducts
Examples of Roman engineering skills are the roads, the bridges and the aqueducts. The roads were durably made and they were made straight a much as possible. The bridges crossed rivers and had concrete supports sunk. The aqueducts were inclined in order to get the water to flow when syphons or pumps were not practical.
The ancient Romans used aqueducts to bring water to their cities.
Roman engineering did not have any secret weapons. None of the Roman engineering achievements were kept secret.
They brought water from one location into cities and towns.
Aqueducts are used for a channel used to carry water from mountains into cities
They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.They brought water to their cities by the use of their famous aqueducts. If the terrain were uneven, arches were used to support the piping. However, most Roman aqueducts were underground, so uneven terrain would not be a problem.
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