The property of a conductor or coil which causes a voltage to be developed across its terminals when the number of magnetic lines of force in the circuit or coil is changed is:
β’ Electromagnetic induction β what happens when a changing magnetic field cuts through a conductor or coil β’ Difference between storing energy in an electric field vs storing energy in a magnetic field β’ Basic definitions of capacitance, inductance, and conductance
β’ Which component is directly associated with a changing magnetic field producing a voltage? β’ Which property is about storing charge between plates, and which is about opposition to change in current? β’ If the magnetic lines of force through a coil suddenly change, which property tells you how much voltage will be induced?
β’ Match the phrase "changing magnetic lines of force" with the correct electrical property β’ Eliminate the option that deals with electric field between two plates (not magnetic field) β’ Eliminate the option that describes ease of current flow (similar to conductivity), which is not about induced voltage from changing magnetism
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