Laboratory Exercises in Physics
Department of Physics
,
CTU-FEE
Instructions for laboratory exercises
Measurement of the volume of rigid bodies
Determination of shear modulus and moment of inertia by dynamic method
Measurement of viscosity of liquids by the Stokes method
Measurement of permittivity of dielectric materials
Measurement of the force acting on a current-carrying conductor
Determination of the specific charge of the electron
Study of free fall and measurement of the free-fall acceleration
Determination of the Young's modulus
Study of laws of collision on an air-cushion track
Newton's second law of motiond
Determination of the Boltzmann constant employing VA-characteristics of a
p-n
junction
Measurement of Doppler effect
Measurement of focal lengths of lenses
Measurement of characteristics of a Peltier cell
Study of the Photoelectric effect and "measurement" of the Planck constant
Determination of the Planck constant employing VA-characteristics of a LED
Measurement of absorption of ionizing radiation in materials
Measurement of speed of sound employing sonar
Determination of thermal conductivity of metals
Measurement of coefficient of linear thermal expansion
Stefan-Boltzmann's law of radiation
Production of these study materials has been supported by
RPAPS 2021
project.