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How the load was lifted up by a waterwheel?
A load can be lifted up by a waterwheel by attaching it to a rope or chain that is wound around a drum connected to the waterwheel. When the waterwheel is turned by the flow of water, the drum rotates, causing the rope or chain to lift the load. This process allows the load to be raised or lowered using the mechanical energy generated by the waterwheel.
Water flowering over a waterwheel is an example of kinetic energy transforming in to what type of energy?
Water flowing over a waterwheel is an example of kinetic energy transforming into mechanical energy. The moving water causes the waterwheel to turn, which can then be used to perform mechanical work, such as grinding grain or generating electricity.
What type of energy does a waterwheel use?
A waterwheel uses mechanical energy. The kinetic energy of the moving water causes the wheel to turn, which can then be used to drive machinery or generate electricity.
What was an effect for waterwheel?
One effect of the waterwheel was the increased mechanization of different industries such as milling, mining, and textile production. This led to greater efficiency in production processes and helped drive economic growth during the Industrial Revolution.
How can you obtain energy from a waterwheel?
A waterwheel can generate energy by harnessing the kinetic energy of moving water. As the water flows and pushes on the paddles of the wheel, it causes the wheel to turn. The turning motion can then be used to drive a mechanical device, like a mill or turbine, which can convert the motion into usable energy such as electricity or mechanical power.
