Virtual Experimental Physics Laboratory to conduct all physics experiments directly in the classroom. You can perform more than 30 preset lab experiments including Kinematics, Optics, Magnetism, Dynamics, or build your own customised experiment from existing ones.
Brochure
+30 preinstalled experiments
with step-by-step instructions
Covers all sectors up to 18 years
physics topics and materials
Available in 13 Languages
Physics laboratory ROQED
An advanced 3D simulator that recreates a virtual physics laboratory, enabling experiments and educational demonstrations. This tool offers students the ability to systematically simulate various physics experiments, either independently or under the guidance of an instructor.
Key Features
A comprehensive set of experiments covering the physics curriculum
A complete set of instruments and tools needed for each experiment
Photorealistic graphics and animation
A virtual laboratory for each student
A design studio to create unique virtual experiments
Correct simulation of physical processes: gravity, combustion, evaporation, friction, etc.
ROQED Physics is an absolutely safe environment for even the most dangerous experiments.
Set up customised experimental environments
Obtain and analyse data
Assess potential errors
Share your report
List of contents:
Physical quantities and measurements
- Measurement of physical quantities.
- Sizing of small bodies.
- Measuring the volume of a body.
- Measurement of irregular body volume.
Mechanics (kinematics)
- Determining the acceleration of a body with uniformly accelerated motion.
- Study of the motion of a horizontal projectile.
- Study of circular motion under gravity.
- Study of the motion of a projectile launched at different angles.
MECHANICS (Statics and Dynamics)
- The study of elastic deformation.
- The study of Archimedes' law.
- Determination of the equilibrium condition of a lever.
- Determination of the efficiency of an inclined plane.
- Verification of conditions for floating bodies in a liquid.
- Definition of work done by uniform lifting of the body.
- Determination of the acceleration of gravity with a mathematical pendulum.
- Determination of the propagation speed of surface waves.
- Determination of the wavelength and period of oscillation of waves.
- Determination of the coefficient of friction.
- Comparison of the work of the elastic force with a change in the kinetic energy of the body.
MOLECULAR PHYSICS and THERMODYNAMICS
- Determining the density of liquids and solids.
- Comparison of the amount of heat when mixing water of different temperatures.
- Determination of the specific heat of melting ice.
- Measurement of relative humidity.
- Measurement of atmospheric pressure.
- Measurement of the surface tension of water.
- Comparison of the molar heat capacities of metals.
- Study of the isothermal process.
- Study of the isobaric process.
ELECTRICAL CIRCUITS
- Assembly of an electrical circuit and measurement of current and voltage in its various sections.
- Study of the dependence of current intensity on voltage in a circuit section (Ohm's law test).
- Study of the serial and parallel connection of conductors.
- Measurement of work and power of electric current.
- Exploration of mixed conductor connections.
ELETRICITÁ e MAGNETISMO
- Studying the properties of a permanent magnet and obtaining images of magnetic fields.
- Assembly of an electromagnet and study of its action.
- Determination of the EMF of a current source and its internal resistance.
- The study of the phenomenon of electromagnetic induction.
- Determination of the charge of a monovalent ion.
- Observation of the effect of a magnetic field on current.
OTTICA e PARTICELLE ELEMENTARE
OTTICA DELLE ONDE
- Osservazione dell’interferenza e della diffrazione della luce.
- Determinazione della lunghezza d’onda della luce mediante un reticolo di diffrazione.
OTTICA GEOMETRICA
- Determinazione della lunghezza focale e del potere ottico della lente collettrice.
- Determinazione dell’indice di rifrazione del vetro mediante lastre piane parallele.
PARTICELLE ELEMENTARE
- Studio delle tracce di particelle cariche.
Discover all the experiments on
| WINDOWS: SYSTEM REQUIREMENTS |
| MINIMUM Requirements |
| – CPU: Intel Core i3 6100H / AMD Ryzen 3 2200U or above |
| - GPU: Intel HD Graphics 530 AMD Radeon Vega 3 integrated graphics |
| – RAM: 4GB DDR4 |
| – Storage: 3GB |
| – Windows 10/11 (64 bit) |
| OPTIMAL Requirements |
| - CPU: Intel Core i5 10th Generation / AMD Ryzen 5 2500U or higher |
| - GPU: Intel HD Graphics 730 UHD Integrated Graphics or AMD Radeon Vega or Discrete NVIDIA GeForce 1030 2GB or higher |
| – RAM: 8GB DDR4 (of which 2Gb allocated to video card) |
| – Storage: 3GB |
| – Windows 10/11 (64 bit) |
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