Rotation phenomena:
Such as rotating flying chairs, merry-go-rounds, fan blade rotation, electric motor operation, wind power generation, the movement of clocks, the rotation of the big wheels, the rotation of the conductors. Steering wheels, turning nuts by hand, working wheels, spinning the boomerang, etc. are all rotation phenomena.
Some objects rotate spontaneously, such as the earth itself, which rotates on its axis and revolves around the sun (elliptical orbit); some objects are caused by external forces to rotate, such as the cooling fans of air conditioners.
Translation and rotation are phenomena that students often see in their daily lives. In the mathematical sense, translation and rotation are two basic graphical transformations.
Sorry, what basis is needed to learn technoology of wind energy production? Is basic electricity important in college? Please be more specific! Mathematics is not useful, is it?
We are in Fuqiang Village (also called Dagaoli Village), Yemin Town, Kaiyuan, which is about 15 kilometers from the Kaiyuan City. It only takes half an hour by car.
There is also a wind farm in Kaiyuan, which is currently under construction. The land may have been acquired. It is located in Weiyuan Town, Kaiyuan, about 20 kilometers from Kaiyuan!
The wind power generation process involves converting the kinetic energy of wind into mechanical energy, then converting it into electrical energy and connecting it to the power grid.
To learn wind power generation technology, you must master the basic principles of mechanical transmission and an in-depth study of electronics de power and expertise in electrical systems.
Mathematics is the basis of the above subjects. You can simply catch them when needed. This way, targeted learning is more effective.