The app uses an optical bench to determine focal length and investigate object and image distances. It provides realistic data with errors for analysis and reporting.
The app simulates circuits with resistors, a power supply, a voltmeter, and an ammeter. Students can investigate effective resistances in series, parallel, and combined circuits, generating realistic data with errors for analysis.
This app investigates the relationship between work done on an object and its kinetic energy change. It provides a 3D simulation with realistic data, including errors, for analysis.
The app investigates Archimedes’ Principle using a laboratory balance, metal sample, and graduated cylinders. It determines mass densities of a solid and a liquid with realistic 3D simulation data.
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.
Examine free fall physics relationships in simulation.
The app examines the relationship between position, velocity, and acceleration of a free-falling body. It provides realistic data, including errors, for analysis and reporting.
The app simulates a friction block to determine static and kinetic friction coefficients. It provides realistic data with errors for analysis and reporting.
The app measures the wavelength of a sound wave using a resonance chamber to determine the speed of sound. It provides a 3D simulation with realistic data, including 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.
Learn Physics, Chemistry, Biology, and Math anytime
Access notes, formulas, and diagrams for Physics, Chemistry, Biology, and Mathematics. Search for topics, download study materials, and track progress with built-in quizzes and practice exercises.
Record and visualize physical phenomena using smartphone or tablet sensors. Measure sound, motion, light, and temperature. Connect external sensors like micro:bit and Arduino for advanced experiments.
Access terms, , and tables organized by category. Each formula includes a description and variable definitions. Prepare for tests or Olympiads by studying theory, terms, and calculations.