Virtual Laboratory for Physics - 4

The disk contains virtual laboratory works for 9-11 classes, as well as for technical schools. Unlimited license for educational organization. Works correspond to the program
EXAMPLE PROGRAM OF THE GENERAL EDUCATIONAL DISCIPLINE "PHYSICS" for professional educational organizations, recommended by Federal State Institution Federal Institute for the Development of Education (FGAU "FIRO") as an example program for the implementation of the basic vocational education program of ACT with the acquisition of secondary general education.
The composition of the disc:
1. Mechanics

• 1.1. Study of the movement of the body under the action of constant force.
  • 1.1.1. Equally accelerated motion. The graph of the dependence of the path on time.
  • 1.1.2. Trolley and cargo on the thread.
• 1.2. Study of the law of conservation of momentum.
  • 1.2.1. Two trolleys on the rail and speed sensors.
  • 1.2.2. Collision of trolleys.
  • 1.2.3. Two trolleys on the rail and time sensors.
• 1.3.Conservation of mechanical energy when the body moves under the influence of gravity and elasticity.
  • 1.3.1. Change in the potential energy of the body under the influence of gravity and elasticity.
  • 1.3.2. Spring pendulum.
• 1.4. Comparison of the work of the force with a change in the kinetic energy of the body.
• 1.5. Study of conservation laws using the example of a ballistic pendulum.
• 1.6.Izuchenie features of the force of friction (slip).
  • 1.6.1. Measurement of the friction coefficient of sliding - a bar on a horizontal rail and a winch.
  • 1.6.2. Measurement of the coefficient of sliding friction - a bar on a horizontal rail with a block.

2. MKT and thermodynamics

• 2.1. Measurement of the surface tension of a liquid by the method of compensation.
• 2.2. Measurement of the surface tension of a liquid by ring detachment.

3. Electricity

• 3.1. Sequential and parallel connection of conductors.
• 3.2. Ohm's law for the complete chain.
• 3.3. Efficiency of an electric kettle (heating element).
• 3.4. EMF and internal resistance of the voltage source.

4. Oscillations and waves

• 4.1. Period of oscillation of the pendulum.
• 4.2. Period of oscillation of the spring pendulum.
• 4.3. Inductive and capacitive resistance in an alternating current circuit.

5. Optics

• 5.1. Study of the image of objects in a thin lens.
• 5.2. The study of interference of light - Newton's rings.