Electromagnetic Forces- EMF vs Marie Curie by Ventura Uso e estatísticas
Electromagnetic Forces physics app has been designed for K12 students to describe the process of magnetic effect and magnetic force of current. This app helps students to learn about Fleming’s left-hand rule and describes cathode rays structure in an interactive way. In addition, the electromagnetic Forces app illustrates the uses of Cathode Ray Oscilloscope through 3D animations. Each section is explained in detail with diagrams, graphical representations and animations along with simple text explaining the concept.
Features of Electromagnetic Forces App:
Learn -This section describes the overall process of Electromagnet and Cathode Ray Oscilloscope with 3D animations.
Electromagnet - An electromagnet experiment using a wire & Fleming’s left-hand rule to check magnetic effect and magnetic force of current with interactive 3D animations.
Cathode rays - In this, cathode rays experimented through CRO (cathode ray oscilloscope) using electromagnetic forces process in an interactive way.
2) Practice - This section helps to practice the working process of electric motor and also observe the variations in sine wave graph with animated 3D experiments.
3) Quiz - Evaluate the knowledge gained from Electromagnetic Forces application through an interactive quiz with scoreboard.
This educational application helps students to understand electromagnet and cathode rays in an easy and quick method through interactive animations and experiments.
Download the Electromagnetic Forces 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.
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With this app students learn about the life and contributions to physics and chemistry made by Marie Curie and her husband Pierre Curie. It discusses the discovery of polonium and radium, which earned Marie Curie two Nobel Prizes.
Marie Curie had a humble early life. She was born in Warsaw, Poland in 1867. At the time Poland was controlled by the Russian Empire. Marie was the 5th child and at an early age she showed signs of her intelligence and determinination. Both of her parents were educators. Her father taught physics and mathematics. Her mother was the head mistress of an academy for girls.
Eventually Marie left her home in Poland and traveled west to Paris, France. At the age of 23 she became known as Marie. Her life in France was new and different. It was exciting for a young woman. Marie enrolled at the Sorbonne, one of the great universities. She embarked on her quest to become a research scientist. She had great intelligence, passion and motivation.
Students will enjoy using this graphically illustrated, interactive learning tool. The timeline feature presents key events in the development of our modern understanding of radioactivity. By tapping on timeline points brings up descriptions of historically significant events and the role the Marie Curie played. A quiz function helps students demonstrate their comprehension of the reading material. Key science concepts are shown in colorful illustrations. We hope this app will inspire students to study physics and chemistry. The app shows that Marie Curie certainly deserves the place she has earned in the history of science.
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Electromagnetic Forces- EMF VS. 
Marie Curie by Ventura15ezembro d, 2024