a. What difference will you see in the electric current if the magnet approaches the coils with greater speed? b. Will there be an induced electric current if the magnet remains at rest?
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if we approach the coins with a magnet with greater speed there will be no such deflection but a a small reflection takes place and if the magnet and the coil is stationary there is no deflection in the galvanometer
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A) If the magnet approaches the cell at a higher speed, the strength of the electric current will increase.
B) If the magnet is still at rest, there will be no induced electric current.
Electric current is defined as the rate of flow of the conductor's negative charges.
In other words, the continuous flow of electrons in an electrical system is called electrical current.
The material used consists of a large number of free electrons that move randomly from one atom to the other.
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