equivalence principle vs Algonote

This app represents the equivalence principle which states that gravitational and inertial forces are of a similar nature and often indistinguishable. Left rocket is moving up with constant acceleration a, and right rocket is on the some planet where the gravitational acceleration is g. If a is equal to g, the motion of a ball which is dropped in the left rocket is the same as the motion of a ball which is dropped in the right rocket; two balls experience the same constant acceleration motion. This is the simple demonstration of the equivalence principle. This app doesn't simulate the whole motion of a ball. Only falling motion is intended to show the equivalence principle.

AlgoNote helps you truly understand algorithms by seeing them in motion. Instead of memorizing pseudocode, watch each algorithm run step by step with clear, interactive visualizations. Whether you are preparing for coding tests and technical interviews, studying computer science, or refreshing the fundamentals as a working engineer, AlgoNote turns abstract concepts into intuitive visuals you can follow at your own pace. WHAT YOU CAN DO - Watch algorithms execute step by step with smooth animations - Follow the running code in sync with each visualization - Compare how different algorithms solve the same problem, side by side - Read concise concept explanations that build real intuition - Replay any step as many times as you need, at your own pace TOPICS COVERED - Sorting: bubble, selection, insertion, merge, quick, and more - Searching: linear and binary search - Graphs: BFS, DFS, and shortest paths - Trees and traversals - Dynamic programming - More topics added over time WHO IT IS FOR - Job seekers preparing for coding tests and technical interviews - Students learning data structures and algorithms - Developers who want to refresh the fundamentals AlgoNote is free to use. Optional rewarded ads let you earn points to unlock additional learning content. Start seeing algorithms, not just reading about them.