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.
Measure sound pressure levels precisely and easily.
The app transforms an iOS device into a sound level meter, measuring sound pressure levels. It offers features like Apple Watch support, Health app integration, and frequency analysis tools.
The app supports data collection from various Vernier sensors and offers multiple data analysis features. Users can graph and analyze sensor data, perform calculations, and export results for reports.
Track sessions automatically with real-time logging of route, duration, and weather conditions. Manually input details when needed. Set goals for practice hours and monitor progress. Sync data across devices and export logs for review.
Measure acceleration, orientation, and motion with built-in sensors. Record and analyze real-time data for experiments. Detect and generate sound tones. Visualize audio waveforms. Export measurements and graphs for scientific use.
The app provides students with tools for scientific discovery using mobile data analysis. It offers multiple data display modes and supports real-time measurements via sensors and GPS.
Create and edit directly on iOS devices. Import questions from existing or use templates. Add collaborators and manage access. Edit questions, reorder, undo changes, and preview . Sync with Drive for seamless access.
Measure sound levels using dBA and dBC scales. Detect levels accurately with pre-calibrated sensors. Log and analyze data. Set sound level alerts. Export measurements for review.
Allows users to perform advanced signal analysis with an oscilloscope and spectrum analyzer. It enables waveform generation, data logging, and frequency response testing. Users can control PID systems, build filters, and analyze laser stability.