Run and manage a shop by mixing colorful potions using color theory. Cook exotic snacks with ingredients like Geckos and Mandragora Roots. Serve various customers including Humans, Elves, and Dwarves.
Create and manipulate characters in a 3D environment. Interact with physics-based objects and obstacles. Build and modify scenes with drag-and-drop tools. Test gravity and collisions in real-time. Share creations with others.
Solve problems with step-by-step solutions and explanations. Practice over 280 exercises covering topics in the syllabus. Track progress and review detailed answers for each problem.
The app adapts a clinical test for color vision disorders. Students arrange colored discs and analyze results to identify deficiencies using four available color sets.
Solve math problems with capabilities. Input equations, view function graphs, and analyze statistical data. Perform calculations in algebra, calculus, and statistics. Navigate using arrow keys or touch gestures.
Practice skills through interactive tailored by level. Complete activities to earn rewards and track progress. Access aligned curriculum standards and view performance reports. Share achievements with parents and teachers.
Build factories to automate geometric shape production. Manage increasing complexity and demand across an infinite map. Unlock more tools, shapes, and challenges through progression.
The app measures visual system information processing using a reaction-time procedure. It demonstrates how visual processing speed and sequence are measured, and shows the importance of visual image attributes.
The app provides insights into how the visual system works through experiments and interactive demonstrations. Each lab includes a guide, instructions, background information, and exercises.
The app provides a magnitude estimation procedure for students to measure stimulus perception. It allows manipulation of variables influencing results and serves as a curriculum supplement for various lab classes.
The app presents different types of stereograms that simulate real-world depth perception. It includes experiments and interactive demonstrations for educational purposes, requiring specific glasses for viewing.
Liquids by color in test tubes through careful pouring. same-colored liquids into single tubes. Plan each move to avoid mixing. Track progress through challenging levels. Enhance logical thinking and sequential planning skills.