Answer:
Mechanical Energy, Kinetic Energy, Electric Energy
Explanation:
When the kinetic energy of the moving wind rotates the rotor blades of a wind turbine, the generator inside the turbine also rotates. This causes the coiled wire to rotate around the magnet, producing the current measured by the multimeter.
When the kinetic energy of the moving wind rotates the rotor blades of a wind turbine, the generator inside the turbine also rotates. This causes the coiled wire to rotate around the magnet, producing the current measured by the multimeter. Energy is neither generated nor destroyed, so the higher the energy input, the higher the energy output. Therefore, the more mechanical energy used, the faster the blades rotate and the more electrical energy the turbine produces.
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