Virtual Laboratory «Chemistry»

Inorganic Chemistry

The virtual laboratory is designed for organizing distance education, conducting experiments and laboratory work in the school subject «Chemistry» in the part of the section «Inorganic Chemistry».

Do you want to work in a Virtual Laboratory?

Get Access

Experiments often use glass equipment. Every time in class there is a risk that the test tube will break, harming the student. In the Virtual Laboratory “Inorganic Chemistry”, the supply of test tubes is unlimited. But do not forget that the laboratories are representative, the results of the research correspond to the real ones, which means that the test tubes can still “break” during the experiment if safety techniques are violated. However, there is no need to worry, virtual glass cannot harm a person.

  • The analyzer will help to investigate the products of the reaction using virtual “senses”.

  • The mathematical model simulates the behavior of substances and devices. If the test tube is heated, you can “get burned”.

The Virtual Laboratory allows you to immerse yourself in the school program of the inorganic chemistry course. Using several dozen reagents, you will be able to conduct experiments included in the program of the 8th and 9th grades.

Work with reagents as you would do in class. A wide selection of devices will help you.

The «Virtual Laboratory «Chemistry», section «Inorganic Chemistry» allows:

Виртуальная лаборатория «Химия», раздел «Неорганическая химия»
Виртуальная лаборатория «Химия», раздел «Неорганическая химия»
Виртуальная лаборатория «Химия», раздел «Неорганическая химия»
Виртуальная лаборатория «Химия», раздел «Неорганическая химия»
Виртуальная лаборатория «Химия», раздел «Неорганическая химия»
Виртуальная лаборатория «Химия», раздел «Неорганическая химия»

  • Freely model the physical and chemical interaction between various substances and objects depending on the options for their mixing or action on them. For this, three-dimensional equipment and measuring instruments are available without restrictions on the number of objects used simultaneously in the Virtual Laboratory (the «sandbox» concept).

  • Using the built-in mathematical model, correctly calculate the parameters of physical and chemical interaction between various substances and objects depending on the options for their mixing or action on them. There is no limit to the number of objects used in the Virtual Laboratory.

  • Perform the following manipulations with various substances and objects: mixing, heating, evaporation, adding solution to solution by volume.

  • Independently reconfigure the objects placed in the workspace within the provided ranges.

  • Freely control the elements of the assembled chemical scheme during the experiment.

How to work with a Virtual Laboratory?

User documentation

null
User guide
Download
null
End User License Agreement
Download