Virtual physical laboratory work allows you to study the phenomena of our world using virtual laboratory facilities. Now you can carry out various physical experiments at home by yourselves. Laboratory work has a playful presentation and will help you to gain new knowledge about the physical phenomena around us.
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Description |
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Laboratory work for university students (Leap Motion controller is required for correct operation) |
This is a complex of virtual physical laboratories designed for university students of technical specialties. The program covers electricity and magnetism, wave and geometric optics. |
Link to the lab work |
Determination of fluid viscosity by Stokes method |
This laboratory work will teach the user to determine the viscosity coefficient of a liquid using the Stokes method. It is based on measuring the speed of small spherical bodies uniformly moving in a liquid. |
Link to the lab work |
Measuring the flight speed of a bullet |
In this application, the user will get acquainted with the kinematic and dynamic methods of measuring the speed of a bullet. |
Link to the lab work |
Verification of Malus' law |
The verification of Malus's law and the study of elliptically polarized light will allow you to find out how polarizers affect the intensity of light and what physical meaning is hidden behind this phenomenon. |
Link to the lab work |
Electron diffraction |
This laboratory work demonstrates electron diffraction and allows the user to personally observe wave-particle duality. The application also allows you to establish the dependence of the size of the diffraction pattern on the accelerating voltage based on the de Broglie formula. In addition, the user can determine the interplanar distances of the crystal lattice by the diffraction pattern of electrons. |
Link to the lab work |
Scanning electron microscope Quanta3D 200i |
In this laboratory work, the user can observe and use the Quanta3D 200i scanning electron microscope in a virtual environment. |
Link to the lab work |
Study of the dependence of the flight range of the body on the throw angle. |
This laboratory work allows the student, independently or together with a teacher / parent, to study how the angle of throwing a body affects the range of its flight. |
Link to the lab work |
Determination of the moment of inertia of the ball |
In this laboratory work, the student will see how the moment of inertia of kinetic energy can be determined and see the law of energy conservation with a specific example. |
Link to the lab work |
Studying Ohm's law for a section of a circuit |
This laboratory work will teach the student to see the dependence of the voltage of the resistance of the circuit section and the amperage. |
Link to the lab work |
Investigating mixed connections of conductors |
In this laboratory work, the student will see how the connection of conductors affects the amperage and voltage in a circuit. |
Link to the lab work |
Determination of the EMF of the current source and its internal resistance |
In this laboratory work, the student will learn to determine the EMF of a current source and its internal resistance. |
Link to the lab work |
Conducting online lessons on the Microsoft Teams platform |
Link to the file |
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Tasks in physics (9th grade) |
A set of tasks will help solve tasks by visualizing conditions |
Link to the tasks |