The app allows users to design, simulate, and learn analog and digital electronics. Its simulation engine provides real-time analysis, enabling users to interact with powered circuits and observe results instantly.
Use binaural tones to induce mental states for focus, learning, and creativity. Play ambient backgrounds and combine with music or audiobooks. Create custom iTunes playlists. Set gentle alarm sounds. Requires headphones for optimal effect.
Learn basic concepts through interactive . Practice counting, sorting, and pattern recognition. Complete challenges that reinforce number sense and problem-solving skills. Track progress and receive feedback after each activity.
Learn cardiac anatomy and auscultation techniques through interactive lessons. Practice identifying heart sounds and murmurs with phonocardiograms. Study ECGs and arrhythmias with detailed explanations. Track progress with quizzes and feedback.
COLREGs offers flag identification, weather scales, cloud recognition, sound signal guidance, and vessel light details. Users can access navigation , interpret flags, and understand sound and light signals for safe boating.
View courses and lessons from favorite creators. Access purchased content and track progress. Reply and react to comments. Sync progress across devices.
The app emulates the VCS3, a portable synthesizer created in 1969. It features three oscillators, a noise generator, a voltage-controlled filter, and a unique patch board matrix for component connection.
Explore through mathematical concepts. Calculate note frequencies using the 12th root of 2. Visualize octaves and intervals with ratio comparisons. Adjust semitones to see frequency changes. Link musical notes to their corresponding frequencies.
’s provides access to electrical theory topics, including exercises with answers. Features interactive diagrams for hands-on learning. Includes calculators and formulas for electrical calculations. Works offline without ads or subscriptions.
Solve mathematical equations and visualize results in 2D and 3D. Plot cartesian, polar, spherical, and parametric functions. Animate equations and vector fields. Find intersections of functions. Support for complex functions.
Calculate values using resistor color codes, voltage, current, and resistance formulas. Perform impedance and RLC circuit analysis. Input values to get accurate results for engineering, wiring, and circuit design tasks.