Use phone sensors to measure magnetic fields, gravitational acceleration, and sound. Run preloaded experiments or create custom ones. Export raw data and results for analysis. Share experiments with others.
by RWTH Aachen University★ 4.6273 ratingsEducationFreeData updated 2026-09-11
The app investigates the relationship between impulse and momentum change using a laboratory cart. It provides a 3D simulation with realistic data, introductory videos, and analysis tools for students.
The app simulates a friction block to determine static and kinetic friction coefficients. It provides realistic data with errors for analysis and reporting.
Investigate collisions and kinetic energy physics.
The app investigates elastic and inelastic collisions using a 3D simulation that produces realistic data. It includes videos, theory, procedures, analysis tools, and quizzes for students.
Track student grades using a Class -> Subject -> Topic structure. Create and manage students, classes, and subjects. Edit scores from 1 to 100. Save snapshots for reference.
Learn to evaluate masses using structured analysis techniques. Identify key features of different lesions for accurate diagnosis. Understand how lab values complement imaging for definitive results.
Explore cosmic events by analyzing gravitational wave data. Identify potential formations from neutron star mergers. Contribute to scientific research by reviewing and classifying detected signals.
Access the periodic table with atomic weight, electronegativity, electron affinity, ionization energy, radius, and isotopes. Compare element properties. Search for compounds and reactions. View chemical equations and formulas.