Solve linear programming problems using the simplex algorithm and MIP solver for 0-1 and integer variables. Input constraints and objectives. View solution details and sensitivity analysis. Export results as text files.
by Patrick Lyonnais★ 5.02 ratingsEducation$9.99Data updated 2026-09-08
Scan and solve science problems by capturing images and receiving instant . Access detailed explanations and step-by-step solutions. Explore interactive quizzes and practice exercises. Share results and notes with others.
Learn computer science through animated visualizations of their execution. Track variable values and pseudo-code line progression. Refresh knowledge with summaries of each algorithm's main characteristics.
The app simulates Turing Machines, a model for analyzing computable problems and algorithms. It allows users to write, execute, and analyze Turing programs step by step with adjustable execution speed.
Solve problems with step-by-step explanations. Access detailed answers on cell , genetics, and other topics. View visual aids and diagrams. Track progress with practice quizzes and exam prep tools. Share solutions via email or messaging.
Visualize lighting fixtures in real environments using device camera. Place, move, rotate, and adjust fixtures. Change finish colors. Activate night mode for dark visualization. Turn fixtures on and off. Use layout mode for grid or linear placements.
Learn CNC programming by simulating operations. Input G-code to machine parts. Rotate and zoom 3D models. Adjust tool paths and monitor machining processes. View detailed machine components and their functions.