Explore interactive 3D models and virtual labs for science and math. Use VR and AR for immersive experiments. Engage with AI-driven simulations and data analysis tools.
by Cherrypicks Limited★ 3.52 ratingsEducationFreeData updated 2026-09-06
Explore 3D anatomical models with interactive rotation and labeling. View detailed cross-sections and layers. Access structured learning modules and quizzes. Save custom study notes and share annotations.
Students can ask and answer questions, create quizzes, grade assignments, and award points. They can take attendance, care for a virtual rabbit, and decorate their classroom. The includes interactive features to support learning and engagement.
Parents, students, and staff can access news, announcements, and calendar events. View pictures, videos, and documents. Search a staff directory. Stay updated with school information on mobile devices.
Provides interactive lessons on over 100 topics. Users can engage in real experiments, watch explanations from instructors, and receive guidance throughout activities. Lessons are designed for one-on-one learning experiences.
Practice math skills interactive games covering , subtraction, multiplication, division, and number sequences. Track progress through levels and set learning goals. Sync achievements across devices.
Explore scientific concepts through interactive augmented reality . Conduct virtual lab activities, observe 3D models, and perform simulations. Learn about physics, biology, and chemistry with engaging, hands-on experiences.
Create and launch potato-based devices and probes using manual clicks and time. Unlock fifteen starchy items. Explore a mysterious planet and satellite. Progress through a narrative-driven sci-fi clicker game.
Help children develop critical thinking skills through puzzles, mazes, and mini-. Track progress with in- reports. Set learning goals and receive feedback on performance. Sync achievements across devices.
Record and visualize physical phenomena using smartphone or tablet sensors. Measure sound, motion, light, and temperature. Connect external sensors like micro:bit and Arduino for advanced experiments.
Access virtual patient cases for reasoning, diagnosis, and communication practice. Review detailed patient histories, perform assessments, and document findings. Track progress and receive feedback on decision-making.
Explore human anatomy and physiology through interactive 3D models. Rotate, zoom, and dissect virtual organs. Access detailed explanations of systems and diseases. View layered structures and compare healthy vs. pathological states.