실험: 전류 저울
(115볼트, 50/60헤르츠)
![실험: 전류 저울
(115볼트, 50/60헤르츠), 8000762 [UE3030350-115], Magnetic fields](/imagelibrary/UE3030350-115/UE3030350-115_01_실험-전류-저울-115볼트-5060헤르츠.jpg)
![실험: 전류 저울
(115볼트, 50/60헤르츠), 8000762 [UE3030350-115], Magnetic fields](/thumblibrary/UE3030350-115/UE3030350-115_01_1200_1200_실험-전류-저울-115볼트-5060헤르츠.jpg)
Objective: Measurement of the force exerted on a current-carrying conductor located inside a magnetic field
The electric balance is based on André-Marie Ampères’ experiments on electric current. It measures the electro-dynamic force sometimes referred to as the Lorentz force on a current carrying conductor situated in a magnetic field using a balance. In this experiment the current conductor is suspended from a rigid suspension system and exerts the equal and opposite force on the permanent magnets as the electro-dynamic force generated by the magnetic field. The result is the apparent change in weight of the permanent magnets.
