The app helps users track painting orders, color mixtures, and inks for miniature painting projects. It allows users to record painting techniques, paint mixtures, and ratios for future reference and consistency.
Simulate the by adjusting size and launching balls. Observe patterns as balls bounce left or right. Track distribution results. Run multiple simulations on iPad.
The app calculates thermodynamic values for water, superheated steam, and saturated steam. It provides density, enthalpy, entropy, internal energy, heat capacities, viscosity, thermal conductivity, and speed of sound.
Track the Space Telescope’s mission with real-time updates and news. View high-resolution images and scientific data. Explore telescope specifications and mission milestones. Receive alerts on major discoveries and events.
Learn chemistry concepts visually and interactively
Learn about chemical with detailed information on atomic number, symbol, weight, and electron configuration. Explore the with a modern interface, search for , and access in-depth data for all 118 known .
Explore quantum concepts through interactive experiments
Explore quantum physics through interactive simulations of and Einstein's thought experiments. Manipulate variables to observe outcomes. View explanations and diagrams. Save notes and revisit simulations later.
Access formulas and equations for mechanics, thermal , electrostatics, current electricity, magnetism, ray optics, wave optics, and modern . Add personal notes for revision. Solve numerical problems using included equations.
Personal AI tutor provides interactive lessons, quizzes, and educational games to reinforce learning. Users can ask questions, receive explanations, and track progress in subjects like math and science.
Solve problems with step-by-step explanations. Balance equations and identify reaction types. Scan and interpret chemical formulas. Access periodic table and reaction examples. Track progress and review past solutions.
Access study group discussions for peer and expert insights. Solve academic problems with NanoPractice exercises. Earn rewards for correct solutions. Submit feedback via email or the Help Center.
Explore electromagnetic concepts through interactive simulations. Create and manipulate virtual ripples in a pond or ripple tank. Observe persistent sinusoidal pulses and waveguides.