The four towns are situated at the corners of a square, with each town connected to its opposite corner by the shortest possible road. The O-loop and U-route have been ruled out as unnecessary and too lengthy. So, how do you connect all four towns using the smallest total length of road? Can you work it out without needing complex maths?
Instead of relying on complicated calculations, try a more intuitive approach. One way to solve this puzzle is by creating a model using soap bubbles. Imagine a plastic sandwich where two pieces of transparent material are used as 'bread' and four short dowels represent the towns. Place the model in soapy water and observe how bubbles form around the dowels.
The answer, surprisingly, resembles a simple geometrical shape that appears in our everyday world. While this puzzle may seem deceptively simple at first glance, its solution is actually quite elegant. You don't need to be a mathematician to solve it; an intuitive understanding of shapes and spatial relationships can help you get started.
As part of the UK's new maths discovery centre, MathsWorld London offers interactive exhibits that explore various mathematical concepts through engaging activities. One exhibit in particular caught our attention - a gigantic soap bubble machine. The venue is filled with dozens of hands-on puzzles, including an elliptical pool table and a Morse code machine.
MathsWorld London is now open for visitors, located at 6 Burrell St, London, SE1 0UN. If you're interested in maths-based attractions beyond London, there's also MathsCity Leeds, its sister project with a giant bubble machine available since 2021.
If you have any great puzzles to share or suggestions for future puzzles, feel free to reach out via email.
Instead of relying on complicated calculations, try a more intuitive approach. One way to solve this puzzle is by creating a model using soap bubbles. Imagine a plastic sandwich where two pieces of transparent material are used as 'bread' and four short dowels represent the towns. Place the model in soapy water and observe how bubbles form around the dowels.
The answer, surprisingly, resembles a simple geometrical shape that appears in our everyday world. While this puzzle may seem deceptively simple at first glance, its solution is actually quite elegant. You don't need to be a mathematician to solve it; an intuitive understanding of shapes and spatial relationships can help you get started.
As part of the UK's new maths discovery centre, MathsWorld London offers interactive exhibits that explore various mathematical concepts through engaging activities. One exhibit in particular caught our attention - a gigantic soap bubble machine. The venue is filled with dozens of hands-on puzzles, including an elliptical pool table and a Morse code machine.
MathsWorld London is now open for visitors, located at 6 Burrell St, London, SE1 0UN. If you're interested in maths-based attractions beyond London, there's also MathsCity Leeds, its sister project with a giant bubble machine available since 2021.
If you have any great puzzles to share or suggestions for future puzzles, feel free to reach out via email.