Place 3D math objects on flat surfaces and walk around them. Take screenshots from different angles to explore geometry and algebra. Follow guided activities to understand mathematical concepts through real-world perspectives.
Explore a 3D reconstruction of a historical with interactive features. Navigate the site, view historical artifacts, and learn about worship practices and ceremonies. Access biblical and rabbinical sources for context.
Helps calculate mold angles for precise cuts. Users input spring angle and other measurements to determine bevel and miter angles. The provides visual guides for setting up compound miter saws. Includes diagrams for accurate positioning during cuts.
Lengths and angles using a digital ruler and protractor. Detect tilt, pressure, and metal with built-in sensors. Calculate distances and heights with realistic calibration. Sync measurements across devices and export data for analysis.
The app calculates the refractive index of transparent materials based on wavelength. It also computes light transmission angles, reflection and transmission coefficients, critical angle, and Brewster’s angle.
In a realistic open-world environment with detailed landscapes and dynamic camera angles. Control vehicles using touch, wheel, or tilt inputs. Experience realistic physics, vehicle damage, and interactions.
Provides a 3D floating with realistic OpenGL graphics. Users can switch between nine modes, including direct read, traditional, and rosette styles. It displays degrees, quads, or mils.
Calculate decking and flooring materials with area, board runs, spacing, and waste allowance. Generate material takeoffs for boards and joists. Measure roof coverage, sheet counts, overhangs, pitch, angle, and rafter lengths.