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
Plan cargo loads by entering weights, dimensions, and positions. The calculates center of gravity and checks compliance with aircraft CG limits and compartment restrictions. Validate load feasibility in real time.
Connects to existing ELDs to track freight loads in real time. Matches loads to trucks using AI and IoT. Eliminates manual dispatching and delays. Provides precise load-to-truck matching without additional hardware.
Calculate performance data using actual values from the II Pilot's Operating Handbook. Interpolate results and view high-resolution graphics. Plan flights quickly with real-time updates and detailed performance metrics.
Check if magnets stick to surfaces by touching them on the screen. A magnetic symbol appears when a surface is magnetic, accompanied by vibration and sound feedback. Test surfaces like refrigerators, kitchens, and washing machines.
Chat with a locally hosted LLM via HTTP. Send and receive real-time messages. Choose between Ollama or LM Studio. View conversation history. Export chat logs. Adjust model parameters. Disconnect from the server.
Metallic expansion joints by selecting internal diameter, convolution height, ply thickness, pitch, and number of plies. Set pressure and temperature. Choose materials and input axial, lateral, and angular movements.
Learn illumination setup through interactive simulation. Adjust microscope controls and observe image changes in real-time. View control locations and step-by-step explanations. Practice setting up illumination for accurate microscopy.
Practice by matching equations to their answers. Select number ranges based on skill level. Use "Show Me" to keep face up. Aligns with Common Core Standards for education.
Explore electromagnetic induction with 3D simulations
Explore electromagnetic induction with interactive 3D simulations. Rotate and zoom to visualize how moving magnets induce current in coils. Follow Faraday’s and Lenz’s laws through dynamic animations.