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FASCINATING PHYSIC REALITY



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3D interactive educational application for designing virtual experiences. The user is given the opportunity to independently design various experiments from individual components, and then analyze the result and, based on this, give an answer to the task. The software allows you to repeat the stages of experiments for an unlimited time. The software provides an interactive 3D-realistic laboratory for experimental study of the subject of physics. The software has a pop-up window on the left and right side of the screen in the experience mode. The pop-up window contains information about the progress of the lab work and the values to be calculated. Also, the pop-up window contains the tools that are necessary for preparing and conducting laboratory work. The list of tools in different sections available in the software consists of more than the following tools: Tripod, Tripod foot, Spring with ruler , Hanging weight, Light source, Frosted screen, Slide with picture, Diffraction Grating, Screen with vertical slit, Turntable, Optical bench, Prism, Syringe, Dynamometer, Casting vessel, Metal cylinder, Weight, Tripod lever, Double Tripod foot , Thermometer from -10 to 100 g S, Solid cylindrical body, ice cube, 250 ml glass, 500 ml Calorimeter, Glass tube, Ammeter, voltmeter, key, Power supply, 1 ohm resistor, Rheostat, vertical rod for magnets, Round magnet, Pole magnet, Photo with particle tracks, Coil, Core for coil, Smooth Chute, Metal ball, Curved Chute, Milliammeter, Metronome, Aquarium, Ballistic gun, Bar ,Test tube, Electric scale, 2 Ohm resistor, 3 ohm resistor, 5 ohm resistor, Solenoid for , Magnetic field demonstration ring, Magnetic field demonstration rod, Float, Hanging weight 50 gr., Stopwatch, Board, metal ball, Light bulb, laboratory thermometer (under the calorimeter) . The software contains material by sections:

1-Structure of matter and physical measurements

2-Mechanical phenomena

3-Thermal phenomena

4-Electrical phenomena

5-Magnetic phenomena

6-Electromagnetic phenomena

7-Vibrations and waves

8-Light phenomena (optics)

9-Quantum phenomena

The software contains the following minimum list of experiments:

Physical dimensions:

- Measurement of the size of small bodies

- Physical devices

- Comparison of body weight of the same volume

Mechanical phenomena:

- Study of the dependence of the path on time in rectilinear uniform motion. Speed measurement

- Measurement of the acceleration of rectilinear equidistant motion

- Addition of forces directed along a straight line

-Addition of forces directed at an angle

- Study of the dependence of the elastic force on the elongation of the spring. Measurement of the stiffness of the springs

- Measurement of the buoyant force acting on a body immersed in a liquid

-The study of the conditions of equilibrium of the lever

- Calculation of the efficiency of the inclined plane

- Measuring the linear dimensions of regular-shaped objects

- Measurement of the volume of bodies of the correct shape

- Power measurement

-Study of the dependence of the period of oscillation of the pendulum on the length of the thread

- Measurement of the acceleration of free fall using a mathematical pendulum

-Uniform and non-uniform motion

- The phenomenon of inertia

- Weight

- Interaction of bodies. Power

- The phenomenon of gravity. Gravity

- Elastic force

-Addition of forces

- Friction force

- Atmospheric pressure detection

- Measurement of atmospheric pressure by barometer and aneroid

- Pascal's Law

- Archimedes ' Law

- Hydraulic press

- Simple mechanisms

-Conditions of equilibrium of the lever

- Kinetic and potential energy

- Relativity of motion

-Uniformly accelerated motion

- Free fall of bodies in the Newton tube

-The direction of the velocity in uniform circular motion

-Weightless

- The law of conservation of momentum

- Jet propulsion

Thermal phenomena:

- Device of a four-stroke internal combustion engine

- Steam turbine device

- Compressibility of gases

- Diffusion in gases and liquids

- Model of chaotic motion of molecules

-Brownian motion model

- Preservation of the volume of liquid when changing the shape of the vessel

- The principle of operation of the thermometer

- Change in the internal energy of the body when performing work and during heat transfer

- Thermal conductivity of various materials

- Convection in liquids and gases

-Heat transfer by radiation

-The phenomenon of evaporation

- Boiling water. Constant boiling point of the liquid

- Melting and crystallization phenomena

- Measurement of air humidity with a psychrometer or hygrometer

Electrical phenomena:

- Assembly of the electrical circuit and measurement of the current strength in its various sections

- Study of Ohm's law for a chain section

- Current regulation by the rheostat

- Study of the serial connection of conductors

- Measurement of voltage at various parts of the electrical circuit

- Measurement of the resistance of the conductor using an ammeter and voltmeter

- Measurement of the operation and power of the electric current

- Manufacture of a galvanic cell

- Measurement of the efficiency of an installation with an electric heater

-Electrification of bodies

- Two kinds of electric charges

- Device and operation of the electroscope* (Device and principle of operation of the electroscope)

- Conductors and insulators

- The law of conservation of electric charge

- DC power sources

- Drawing up an electrical circuit

- Electric current in metals

Magnetic phenomena:

- Oersted experience

-Earth's magnetic field

Electromagnetic phenomena:

- Study of the principle of operation of an electromagnetic relay

- Assembly and testing of the electromagnet

- Study of the phenomenon of electromagnetic induction

-Electric motor device

- Electromagnetic induction

- Capacitor device

- Magnetic interaction of currents

-The left-hand rule and a rule of thumb

- Lenz's rule

-The self-induction

- DC generator device

- Alternator device

- Current transformer device

- The principle of operation of the microphone and speaker

Light phenomena:

- Study of the dependence of the angle of reflection on the angle of incidence of light

- Study of the dependence of the angle of refraction on the angle of incidence of light

- Measurement of the main focal length and optical power of the collecting lens

The observation of dispersion of light through prism

-Light sources

-Rectilinear propagation of light

-Image in a flat mirror

- The course of the rays in the collecting lens

- The course of the rays in the scattering lens

- The principle of operation of the projection device and the camera

- Eye model

Vibrations and waves:

- Sound vibrations

-The conditions of sound propagation

- Electromagnetic waves

- Electromagnetic vibrations

Quantum phenomena:

- Rutherford's model of experience

- Observation of particle tracks in the Wilson chamber

- Device and operation of the ionizing particle counter

-Observation of a solid bar of emission spectra of

- Study of the fission of the nucleus of the uranium atom. A chain reaction.

 

When working with the software, the user has the opportunity to start the experiment and stop it at a convenient time. The time elapsed since the start of the experiment is displayed on the screen. When starting each lab, the user has the option to move any lab tool from the toolbar to the desktop, either to the object located on the desktop, or inside the object located on the desktop. If necessary, the user will be able to change the direction of the objects, their position in relation to each other and the order. The user also has the ability to change the initial parameters of tools and laboratory units during laboratory work.



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