The forces that push against anything that moves through a fluid (which is a liquid or gas), including water, are drag and fluid friction.
energy move through forces
Wind and water move sand easily. I
Both forces move rapidly and have a certain pace to them. These forces can be used to push generators or objects (such as a wind mill or water wheel) which capture their energy and when these objects move they generate through pipes and lines that create energy
The wind does not move through water to any significant extent.
An aqueduct carries water. It is a "water" duct. CA has a large one to move water from Northern CA to Southern Ca. The Romans were the first to build them.
An aqueduct is a water pipe. It is used to move water from a source to a place where it is needed.
transpiration and root pressure
In the natural world, a channel that water flows through is a river or stream. In an engineered world, a channel could be a canal or an aqueduct. The ancient Romans used both canals and aqueducts to move water where needed in addition to relying on rivers and streams.
The forces that push against anything that moves through a fluid (which is a liquid or gas), including water, are drag and fluid friction.
The water is forces through the community's water pipes either by gravity from the reservoirs and water treatment plants, or is pumped to reach higher levels.
The water is forces through the community's water pipes either by gravity from the reservoirs and water treatment plants, or is pumped to reach higher levels.
energy move through forces
Springs: This is groundwater that emerges at the surface from deep underground. Immense pressure combined with the structure of the local geology forces the water to the surface.
Wind and water move sand easily. I
Both forces move rapidly and have a certain pace to them. These forces can be used to push generators or objects (such as a wind mill or water wheel) which capture their energy and when these objects move they generate through pipes and lines that create energy
Aqua Marcia was constructed between 144 and 140. The Aqua Marcia was the third aqueduct built by the Roman Water Works. The Aqua Marcia provided the city with clean water while they were expanding. This aqueduct had many different sources not just one river. It had several underground channels that made the waters path. The Aqua Marcia was built on both Sub-channels and Arches, empted its water into a tank like all other aqueducts. Through the buildings of the Aqua Marcia, it had many channels attached to it to move the water around. The Aqua Marcia was the longest aqueduct which spanned 91km and poured in 190,000 m3 per day. 50 miles of this aqueduct was underground, and 7 miles made up the sub terrain and arches. They made most of the aqueduct underground to protect from invaders (they were expanding their territory rapidly).