It is not impossible.
This is called "regenerative braking". By turning the motor into a generator (switch round the wiring) the train is slowed down and (if it is an electric train) the electricity produced can be put back into the electrification system for use by another train that is accelerating at the same time.
But when you do this you slow the train down, so it makes no sense except when you want to slow it down. Otherwise you are just turning electricity into movement and turning it straight back into electricity, and very inefficiently.
Any aircraft moving through the air generates static electricity.
electricity from water is called hydro - or hydroelectric power
A wire moving in a magnetic field will automatically produce an emf (a voltage).
Technically speaking, the molecular movement of water and how fast the molecules vibrate, the energy of that can be captured and the form of energy can be used to generate electricity. They use the hoover dam to do that.
magnet moves cause all magnets have an electric field around it]
Any aircraft moving through the air generates static electricity.
You question is meaningless but the use of moving water to generate electricity is called 'Hydroelectricity'.
Turbines
This is field
If a conveyor belt is moving it can generate static electricity by friction. It needs to be isolated from the Earth to do this.
The turbine, to generate electricity.
electricity from water is called hydro - or hydroelectric power
A wire moving in a magnetic field will automatically produce an emf (a voltage).
Moving water (dams, rivers, tides) and turbines (like an electric motor in reverse) that will produce electricity when the moving water spins them round.
Technically speaking, the molecular movement of water and how fast the molecules vibrate, the energy of that can be captured and the form of energy can be used to generate electricity. They use the hoover dam to do that.
magnet moves cause all magnets have an electric field around it]
Moving water can be used to generate electricity in hydroelectric power stations.