To study the magnetic field created by a current carrying solenoid
To investigate the relationship between the current in a solenoid and the magnetic field due to the solenoid
To determine the magnitude of the induced voltage in a small coil that placed in a current carrying solenoid
To find the experimental magnetic field constant as the permeability of free space and compare it with the expected value.
Categories: Electromagnetism Laboratory
Electromagnetic induction is the production of an electromotive force across a conductor when it is exposed to a time-varying magnetic field. Electromagnetic induction tells us that a time-varying magnetic field can act as a source of the electric field. The method of calculation is known as Faraday’s law and you will be experiencing how to calculate magnetic induction.
Build simple electrical circuits. Learn the usage of ammeter and voltmeter. Investigate parallel and series connected resistive circuits and capacitor
Study magnetic field along axis of current carrying circular loop by Biot-Savart law Find strength of the magnetic field at the centre of the current
Start the experiment to learn about transformers and their features. Check your data and share it!
Study the magnetic field produced by the current in a pair of Helmholtz coils and measure the strength of the magnetic field between the coils.