Practice on electricity and magnetism (laboratories №№ 606, 607)

Your attention is given to the methodical recommendations of the general physical practical work on electricity and magnetism.

Within the framework of the Laboratories for Electricity and Magnetism, there are:

Head. laboratories - assoc. Yulmetov Aidar Rafailevich

Engineer in the laboratory № 606 - Nikolai Kosenkov

Engineer in the laboratory № 607 - Khaibullin Rustem Raisovich, Polukeev Igor Germanovich 

Questions for preparation

Descriptions of laboratory works:

№ 311 Verification of Ohm's Law and Measurement of Specific Resistance

№ 312 Determination of the internal resistance of the battery

№ 313 Kirchhoff's Rules (Measuring the current and voltage at resistances connected in series and in parallel)

№ 314 Voltage division with potentiometer

№ 315 Ammeter as ohmic resistance in the circuit

№ 316 Voltmeter as an ohmic resistance in the circuit

№ 321 Investigation of equipotential surfaces in an electrolytic bath

№ 332 Measuring the induction of the magnetic field of an inductor without a core

№ 334 The study of the strength of the interaction of conductors with a current

№ 335 Measurement of the force acting on a conductor with a current in a homogeneous magnetic field of an electromagnet

№ 336 Measurement of the force acting on a conductor with a current in a uniform magnetic field of a solenoid

№ 337 Determination of the electron specific charge

№ 341 Generation of EMF induction in a conducting coil by means of a permanent magnet

№ 342 Measurement of EMF induction in a coil placed in a changing magnetic field

№ 343 Measurement of EMF induction in a conducting frame moving in a magnetic field

№ 344 Measurement of the induction of the Earth's magnetic field and its components by the rotating induction coil method

№ 351 Charging and discharging the capacitor when switching on and off the direct current

№ 352 Determination of the capacitive resistance of a capacitor in an alternating current circuit

№ 355 Determination of impedance in circuits with capacitors and ohmic resistances

№ 356 Determination of impedance in circuits with inductance coils and ohmic resistances

№ 357 Determination of impedance in circuits with capacitors and inductors

№ 358 Conversion of current and voltage in the transformer

№ 359 Transformation of voltage in the transformer under load

№ 361 Study of the current-voltage characteristic of a vacuum diode

№ 363 Removing the current-voltage characteristic of an incandescent lamp

№ 364 Investigation of current-voltage characteristics of semiconductor diodes

№ 365 Investigation of current-voltage characteristics of a bipolar transistor

№ 366 Investigation of current-voltage characteristics of a field-effect transistor

№ 371 The definition of the Faraday constant

№ 375 Measurement of the temperature dependence of the resistance for a noble metal resistor

№ 376 Measurement of the temperature dependence of the resistance of a semiconductor resistor

№ 377 The study of magnetization-magnetization reversal and energy losses on hysteresis in a ferromagnet

№ 381 Free electromagnetic oscillations

№ 382 Maintenance of electromagnetic oscillations by means of an inductive three-point connection by the Hartley method

№ 386 Study of the propagation of electromagnetic waves of the decimeter range in a two-wire line