The ancient Greeks built the water wheel, and while there isn't an exact year, it was probably developed sometime between the 4rd and 2nd century BC
A dam or a water wheel to produce electricity from the water flow. Hooweestik.
Richard Arkwright had a couple inventions. His first invention was built with a partner, John Kay. The team built the very first water wheel. Eventually, they built a system that could spin four strings of cotton at once, instead of just one. Richard paid for a patent for the cotton spinner in 1769. Even further down the road, Kay and Arkwright built a system that could spin 96 strands of cotton at once! (Since this machine was so powerful, horses had become the employees.) Richard hooked up the water wheel and the cotton system to make a water-powered, famous, factory system.
A water wheel converts the kinetic energy of flowing water into mechanical energy. When water flows over or into the wheel, it causes the wheel to turn. This rotational motion is transmitted to a series of gears and shafts connected to the mill's machinery, which then grinds grain into flour or meal. The efficiency of the water wheel's design and the flow rate of the water directly influence the mill's productivity.
A water wheel
because.........
1995
It was invented in Florence, Italy. Not Built but invented.
The water wheel dates back to 4,000 years BC.
A dam or a water wheel to produce electricity from the water flow. Hooweestik.
by connecteing a wheel to a chariot.
Gottlieb Daimler built the first four-wheeled motor vehicle in 1885 a year after he built the Reitwagen.
A turbine or water wheel,
For a wheel to become a car wheel, it has to be to go on a car. So the guy who built the first car wheel must have been working for the guy who built the first car.
It was built for the World Fair held in Chicago
The Bible says the Hebrews watered their gardens "with thy foot". They walked a water wheel to raise water from a canal up to an irrigation ditch or sluice. So as not to walk in the water, they built an inner wheel ("a wheel within a wheel"). The larger-diameter wheel carried buckets down into the canal. These tipped at the appropriate height, spilling water into the ditch which would carry it to the field.
Falkirk Wheel was created in 2002.
In an undershot water wheel, the wheel turns as a result of the weight of the water. The water flows into the wheel, stops and then when the wheel turns the water flows out underneath the wheel. It is used when you do not have a big head of water. In the overshot wheels the water pushes the wheel and then flows over the top of the wheel. The overshot wheel uses both the weight and the momentum of the water and so are more efficient and powerful.