Simulate a metallic movement over three magnets. Adjust gravity and friction settings. Generate fractals based on simulation parameters. Learn about physics and mathematical patterns through interactive experiments.
by DonkeyCat GmbH★ 4.03 ratingsEducationFreeData updated 2026-09-08
Create and customize systems with orbital physics. Explore planets and stars through augmented reality. Learn about celestial bodies and their characteristics. Add jokes and interactive elements for entertainment. Share creations with others.
Calculate physical quantities using formulas for force, work, power, energy, acceleration, and motion. Input values to solve for unknowns. Track units and view step-by-step solutions. Sync results with other devices.
A stopwatch with analog and digital displays, accurate to 1/100 of a second. Users can record multiple laps and copy lap times to the clipboard. Features include a metallic design and lap mode.
Explore mathematical concepts through interactive simulations. Adjust parameters via device tilt to control strange attractors, chemical oscillators, and 3-body star systems. Create and manipulate fractals in real time.
Simulate the by adjusting size and launching balls. Observe patterns as balls bounce left or right. Track distribution results. Run multiple simulations on iPad.
Explore by rotating, tilting, and zooming a 3D globe. Select locations to view topographical data and gravity maps. Pinpoint key features like volcanoes, craters, and spacecraft landing sites.
Detects objects by measuring magnetic field strength in microtesla. Displays real-time magnetic field levels. Uses device's built-in magnetometer. Alerts users when is detected nearby. Helps identify metallic objects in close proximity.
Design recipes with automated calculations for mash temperature and ingredient ratios. Access 12+ calculators for IBU, water chemistry, and conversions. Track brewing steps and adjust parameters for optimal results.
Visualizes time by simulating , where numbers fall and are buried as time passes. Users can watch the face change dynamically with each second. The offers a realistic physics-based animation of time progression.
Calculate coil by detecting magnet rotations using the smartphone's magnetic sensor. Attach a magnet to the rotating part for accurate measurements. Alternatively, measure smartphone rotation without a magnet. Calibrate the magnet before use.
Learn any topic through short, personalized audio lessons. Ask questions by speaking or typing. Topics range from productivity to quantum physics. Lessons are interactive and tailored to user input. No textbooks required.
Calculate Annual Percentage Yield (APY) for investments. Simulate investment returns based on pre-calculated APY. Input principal and rate to view projected growth. Adjust time periods to see different return scenarios.
Track repetitions and create customized workouts with progress graphs. Use AR to visualize proper weightlifting form. Select from multiple weight-based exercises and adjust settings for personalized training.