Rutgers University, Newark
PHYSICS 206
Procedure:
In this lab you will develop the idea of Faraday's Law: Effect of Changing Flux from a
Moving Magnet. In Faraday’s Law he described the relationship between the
magnitude of the electromotive force and the electromagnetic induction.
Through this lab we understand the concept of Faraday’s law by current
induced by a moving magnet inside a solenoid connected to a galvanometer
and collect the voltage.
Theory:
According to the law the absolute value or magnitude of the circulation of
the electric feld around a closed loop is equal to the rate of change of the
magnetic flux through the area enclosed by the loop. In this lab we will
Investigate the current induced by a moving magnet inside a solenoid
connected to a galvanometer and through this we will be able to calculate
the graph of potential vs time when magnet moves through the coil. We will
also be able to look at the induced emf which changes in the magnetic flux
passing through a coil. We will learn and how
