Welcome to "Binomial coefficient as a marble run – Mathematics to touch”! In this article we present an innovative marble run based on the modular system Marble Castle. This special marble run works similarly to a Galtonboard, but the marbles do not fall by chance, but always alternately to the left and right. This results in an exact binomial distribution that vividly illustrates the concept of Pascal's triangle. Immerse yourself in the world of mathematics and discover how playful learning works!
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It's all about creative 3D printing projects! Discover exciting models, helpful instructions and innovative ideas that you can implement yourself.
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Marble Castle – Marble run system for self-printing
Experience limitless building fun with Marble Castle, a modular marble run system specially designed for 3D printing. It is ideal for normal glass marbles with a diameter of 12-13 mm and offers countless possibilities to design your own individual route. Perfect for children and adults who enjoy building and trying out!
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Nano Football Golf – fun and challenge for everyone!
Welcome to the Nano football golf collection! This collection offers you the opportunity to enjoy exciting and challenging miniature football experiences. Ideal for game nights, parties or as a gift, it brings joy and challenge to every home.
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Button Navigator - Dijkstra unplugged
The Dijkstra algorithm is an efficient method for determining the shortest path in a graph. It is widely used in networks, route planners, and many applications in computer science. Due to its ability to find optimal solutions, it plays a central role in graph theory and data analysis.
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NIM game – unplugged learning
The NIM game is a game in which two players play against each other. It is excellent to clarify machine learning according to the principle of reinforcement learning.
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