價格：免費
更新日期：2019-06-26
檔案大小：7.6M
目前版本：1.5.5
版本需求：Android 4.4 以上版本
官方網站：mailto:PhysicsApp@e-mail.spdns.org
Email：http://physics-app.spdns.de/privacyPolicy.php
聯絡地址：Kraft Josef-Wirth-Str. 22 51067 Köln
We noticed lack of good physical apps who do not only show formulas but how the process work and what you can observe instead. That's why we developed this App which helps students in physics by visualizing important experiments e. g. needed for the German "Abitur", the highest possible school-leaving qualification in Germany.
From our point of view, physics would be quite interesting if students could understand the experimental processes behind it. However, unfortunately, this requires a high skill level of imaginative power. By using this app which simulates these important experiments we hope to help every student who has problems in imagining what happens at specific experiments.
Each experiment provides certain possibilities to change some parameters and to vary the experiment's construction. Additionally, this app provides some output values to enable a quantitative analysis of the experiments available in "PhysicsApp".
Furthermore, a night mode is covered by this app.
This app version contains ads (only in menus, the experiments themselves can be enjoyed without any ads). You can download a pro version without any ads by clicking on this link: https://play.google.com/store/apps/details?id=com.physic.pro.physicsapp. Downloading a pro version supports our effort to develop this huge project.
These following experiments are currently available:
Mechanics
— Accelerated Motion
— Constant Motion
— Conservation of Momentum: Elastic Collision and Inelastic Collision
— Harmonic Oscillations: Spring Pendulum
— Vectors
— Circular Path
— Horizontal Throw
— Crooked Throw
Quantal Objects
— Two Sources Ripple Tank
— Diffraction by Double Slit
— Diffraction by Grid
— Photoelectric Effect
— Millikan's Oil Drop Experiment
— Teltron Tube
— Electron Diffraction
Electrodynamics
— Lorentz Force
— Self Induction: Gauss's Cannon
— Conductor Loop
— Generator
— Transformer
Additionally, we have developed a small game called Atom Smasher so you can relax after learning physics. It's a mini game challenging your dexterity.
You are controlling an atom smasher. Your mission is to ensure that your atom does not collapse due to collecting negative energy in form of electrons. You will reach the next level, if the atom collected all quarks on its pathway. However, whenever you see protons or neutrons, you also can collect them to gain more points or skip the current level.
Can you save the world by creating a new particle? Or do you destroy it through a huge explosion caused by merging the atom and an electron? Let's find out!
✓ This game supports Google Play Games in order to enable a worldwide ranking and achievements.
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Please feel free to write at PhysicsApp@e-mail.spdns.org to give feedback (bugs, translation mistakes, improvement suggestions).
