Illustrating concepts of mechanics with animations.
The app provides a memorandum of basic equations and animations illustrating concepts of mechanics. It covers vectorial reminders, statics, center of gravity, moments of inertia, and dynamics of particles and rigid bodies.
by Xavier Daxhelet★ 5.01 ratingsEducation$2.99Data updated 2026-09-15
Simulate landings with realistic flight dynamics and detailed graphics. Adjust controls to manage approach and landing. Receive feedback on performance with analysis and scoring. Save and review landing attempts.
Explore graphical solutions to ordinary with interactive activities. Input custom or use preloaded examples. Plot vector fields and solutions for multiple initial conditions. Solve systems of up to six dynamically.
Drive cranes, dump trucks, forklifts, and helicopters with realistic physics controls. Rotate, elevate, extend, and grapple to solve puzzles and complete challenges. Track progress and improve spatial skills through various levels and scenarios.
Model and visualize particles with realistic interactions and four distinct classes. Simulate natural phenomena like crystallization, thermodynamics, diffusion, and orbital mechanics.
Identify common postural disorders through guided assessments. Learn correction techniques with detailed explanations. Track progress with analysis tools. Access exercises to improve alignment and muscle balance.
Offers 97 calculators and 28 converters for , civil engineering, and structural engineering. Users can calculate pressure, forces, and absolute pressure. Switch between USCS and SI units.
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.
Access detailed U.S. , time zone information, and quick-reference state . View key facts, flags, and data for each state. Explore interactive online content for additional details.
Create and manipulate 3D models using liquid physics simulations and system dynamics. Adjust parameters to observe real-time interactions. Save and export models. Share creations with others.
Learn about networks through interactive tutorials and visualizations. Explore simplified datasets and see behavior in real time. Complete mission-based challenges to understand concepts like training, activation, and optimization.