Physics at school LITE vs AR.X Optics
Price, ratings, monetisation and update history for both apps, side by side — with what reviewers say about each.
Physics at school LITE
Explore fundamental physics concepts with this educational app. It covers a wide range of topics from mechanics and thermodynamics to atomic and nuclear physics. Ideal for students seeking a comprehensive overview of physics principles.
- Gravitational field
- Mechanical vibrations and waves
- Molecular Physics and Thermodynamics
- Electrostatics and Electric current
- Optics and Relativity
- Atomic and Nuclear physics
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Mechanics Gravitational field Mechanical vibrations and waves Molecular Physics and Thermodynamics Electrostatics Electric current Semiconductors Electric current in liquids Current conduction in gases and vacuum Magnetic field Alternating current Optics Special relativity Atomic physics Nuclear physics Mathematics
AR.X Optics
This app uses augmented reality to overlay virtual objects onto real-world environments, transforming placeholder cards into interactive science experiments. It currently focuses on optics, allowing users to explore concepts like lasers, mirrors, and lenses with accurate physical modeling.
- Augmented reality for virtual object overlay
- Interactive science experiment simulations
- Focus on optics (lasers, mirrors, lenses)
- Accurate physical modeling of phenomena
- Use of placeholder cards for AR activation
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„Augmented Reality“ (kurz AR) ermöglicht die Ergänzung einer realen Umgebung mit virtuellen Objekten, Einblendungen und der Einbindung von Erläuterungen. Durch die AR-Anwendung ist eine Simulation von Experimenten als Demonstrations- oder Schülerversuch in natürlicher Umgebung mit authentischen Repräsentationen möglich, die ohne Abstraktion auf schematische Darstellungen auskommt. Die vorgestellte APP erfasst durch die Kamera eines mobilen Endgerätes reale Platzhalterkarten, die durch AR in echte Experimentiergelegenheiten umgewandelt werden. Derzeit unterstützt die App ARX* das Themengebiet der Optik , wobei Objekte wie Laser, Spiegel, Linse oder Prisma in beliebigen Konstellationen arrangiert und unter diversen Fragestellungen untersucht werden können. Die physikalischen Eigenschaften, inklusive Fehlern und Interferenzeffekten, werden korrekt modelliert. Die Anwendung soll auch in andere Themengebiete übertragen werden. Damit werden in AR Experimente ermöglicht, die aus finanziellen, organisatorischen oder sicherheitstechnischen Gründen ansonsten nicht von den Lernenden umgesetzt werden könnten.
Screenshots
Verdict
The clearest difference is ads: AR.X Optics at none against Physics at school LITE's shown. AR.X Optics also leads on monetization model (free vs ad-supported) and device support (3 vs 1). Physics at school LITE's advantage is review sentiment (100% vs 75%). On price, in-app purchases and iOS requirement there is nothing between them.
Scored on Price · Rating · Positive reviews · Number of ratings · Update frequency · Ads · In-app purchases · Monetization · Best chart rank · Devices · Requires iOS
Both are free to download. Neither carries in-app purchases, so what you see is what you pay.
| Parameter | Physics at school LITE | AR.X Optics |
|---|---|---|
| Price | Free | Free |
| Positive reviews | 100.0% of reviews — better | 75.0% of reviews |
| Update frequency | Every 6 months | — |
| Ads | Yes | No — better |
| In-app purchases | No | No |
| Monetization | Ad-supported | Free — better |
| Devices | iPad | iPhone, iPad, iPod — better |
| Requires iOS | 12.0 | 12.0 |
| Further details — not scored | ||
| Size | 54 MB | 189 MB |
| Age rating | 4+ | 4+ |
| Developer | Vladimir Vascak | Johannes Gutenberg-Universität Mainz |
Customer experience
Physics at school LITE
AR.X Optics
In-app purchases
Physics at school LITE
No in-app purchases
AR.X Optics
No in-app purchases






