Updated: 3/16/2025
Laboratory of electricity and magnetism
The laboratory conducts a laboratory workshop on the course "Electricity and magnetism"
<p > List of laboratory work in the course "Electricity and magnetism": <p > Determination of the electromotive force of the source by the method of compensation. <p > Checking Ohm's law for AC. <p > Checking the law of conservation and conversion of energy (Joule-Lenz law). <p > Determination of resistivity of conductor material. <p > Extending the limits of measurement of the ammeter and the voltmeter. <p > Resistance Study Using the Whitston Bridge. <p > Determination of the output of an electron from a metal. <p > Determination of self-induction coefficient of solenoid by Joubert method. <p > Transformer research. <p > Determination of capacitor charging and discharging processes. <p > Determination of the horizontal component of the Earth's magnetic field induction. <p > Electrostatic field study using an electrolytic bath. <p > Determination of resistivity of electrolytes. <p > Determination of the electron specific charge by the magnetron method. <p > Investigation of the Hall effect in semiconductors. <p > Determination of dependence of metal resistance in semiconductors on temperature.<p > Study of the laws of electrolysis and determination of the magnitude of the elementary charge.
<p > Determination of capacitance of capacitors by means of an alternating current bridge.