Build and visualize molecules in 3D. Add oxygen, nitrogen, chlorine, carbon, hydrogen, double and triple bonds, branches, and rotation conformations. Edit structures with undo, redo, and delete functions. Export models for further use.
Build a using detailed step-by-step guides, part lists, and large images. Highlight new parts with a button. Follow similar to official manuals. Share feedback to help improve future MOCs.
Explore interactive 3D models of reptiles, amphibians, tide pools, human anatomy, and the solar system using augmented reality. Tap to interact with models, view animations with sound, and access detailed content from printed materials.
Teaches children aged 2-4 through interactive gameplay. Features include recognizing vehicles, understanding basic traffic rules, and developing logical thinking. Includes police cars, trucks, fire trucks, trains, and more.
Learn robot functionality through component interaction and model building. Program robots to complete tasks and reinforce programming skills. Understand mechanical and operational principles via hands-on assembly and testing.
Access formulas, equations, and reaction mechanisms for intermediate students. Add personal notes for revision. Covers physical, inorganic, and organic .
Model points and lines on a plane with colored elements and pair labels. Use a 19x15 grid or dot/square grid. Display tables of values and sliding axes. Graph ordered pairs, distance, and transformations. Plot ratios, rates, and linear equations.
Learn dental anatomy through interactive courses and 500+ 3D models. Explore augmented reality features for immersive learning. Take in-depth quizzes and watch laboratory waxing videos. Access sample exams and anatomical resources.
Identify dog breeds from photos using on-device machine learning. View detailed profiles including weight, height, and temperament traits like trainability and shedding. Access -specific information on friendliness and adaptability.
View augmented reality models of and math concepts using a Merge Cube. Navigate topics with buttons. Tap "View in AR" to display models. Position the cube in the camera frame. Move the cube to explore models. Interact with models via buttons.
Simulate savings and investment scenarios starting from birth or career start. Adjust daily contributions to see growth over . Track career milestones and historical financial events.
Study with interactive meridian pathways and point locations. Explore a customizable anatomy model with muscles, bones, and organs. Edit and save detailed descriptions of points, meridians, and models. Search by point name, function, or indication.