價格：免費
更新日期：2016-07-28
檔案大小：32M
目前版本：1.0
版本需求：Android 4.1 以上版本
官方網站：http://www.ajaxmediatech.com
Email：info@ajaxmediatech.com
聯絡地址：No 22A, 7th Floor, Patullos Road, Mount Road, Chennai - 600 002
Radioactivity is a K12 learning app helps to know about the concept of radioactivity, Radioactive Decay, nuclear fission and nuclear fusion. Our Radioactivity app makes it easy for students to understand the uses and safety measures of Radioactivity. Our objective is to make this science concepts simple for students to understand and get in-depth knowledge of the subject.
Modules:
Each section is targeted to develop the student’s skill. Radioactivity app is designed to provide extra help for each and every physics student.
1)Radiation & Radioactivity - This section explains the complete process of radiation, radioactivity and radioisotopes.
Radioactive Decay - Explains three types of Radioactive Decay namely Alpha Decay, Beta Decay, Gamma Decay based on the respective radiations Alpha, Beta and Gamma radiations with 3D animations
Nuclear Fission -This section explains two kinds of nuclear fission namely spontaneous fission and Neutron-induced fission.
Nuclear Fusion - This section explains about the process of nuclear fusion with animations and graphical representations.
2)Uses & Safe Handling - Explains about Uses & Safe Handling of Radioactive elements. Radioactivity is used for various functionalities in industries and medicine like Smoke detectors, Thickness measurements, Leak detection.
3)Quiz - An interactive quiz to check the knowledge about nuclear fission and nuclear fusion with score board.
Download the Radioactivity app and other K12 education apps published by Ajax Media Tech Pvt Ltd to learn physics in an easy and interactive way. Unlike a static or video based education model, which is non-interactive, K12 simulator apps are fully interactive and developed based on adaptive learning. With such advanced simulation techniques, students will be able to absorb and learn the fundamental principles with minimal efforts and maximum retention.
