INTERACTIVE VIRTUALIZATION IN THE ENVIRONMENT OF FLASH-CC, JAVA SCRIPT OF ALGORITHMS THE PHENOMENON OF THERMOPHYSICS AND MOLECULAR PHYSICS, AS ACHIEVEMENT OF HIGHLY EFFECTIVE TRAINING

Авторы

  • A.M. Tatenov
  • V.V. Savelyev
  • N.A. Sandibayeva
  • L.S. Baykadamova
  • D.Baitukayeva

Ключевые слова:

Algorithm, virtual interaktivization, heat conductivity, virtual and interactive laboratory (VIL), Flash technology, thermophysics and molecular physics.

Аннотация

The training program assumes not only studying of theoretical material, but also performance of
laboratory works. They are necessary for development of skills of measurement of physical quantities, performance
of physical experiences, ability to draw the correct conclusions from the observations. Modern computer
technologies allow to add this traditional scheme of training. The training programs modeling physical processes and
the phenomena which not always manage to be shown "in live" in the training conditions can provide to pupil’s
substantial assistance. Processes of the phenomenon of molecular physics and thermophysics are visualized and
online virtualized by means of the computer program environments Adobe Flash-CC, Java script. The made,
laboratory work on a research of processes of the phenomenon of molecular physics and thermophysics is very
effective at development of this course, and the technology of creation of the virtual and interactive laboratory
described in this article is very relevant for creation of the similar virtual and interactive laboratories (VIL) in other
objects. This virtual interactive laboratory development is introduced in educational process of the Eurasian
technological university and is successfully applied in training

Загрузки

Опубликован

2019-04-10

Как цитировать

A.M. Tatenov, V.V. Savelyev, N.A. Sandibayeva, L.S. Baykadamova, & D.Baitukayeva. (2019). INTERACTIVE VIRTUALIZATION IN THE ENVIRONMENT OF FLASH-CC, JAVA SCRIPT OF ALGORITHMS THE PHENOMENON OF THERMOPHYSICS AND MOLECULAR PHYSICS, AS ACHIEVEMENT OF HIGHLY EFFECTIVE TRAINING . Известия НАН РК. Серия физико-математическая, (2), 53–59. извлечено от https://journals.nauka-nanrk.kz/physics-mathematics/article/view/1176