Projecting Möbius Strip Edge: Learn How in 2D Plane

In summary, the conversation discusses the concept of projecting the edge of a Möbius strip onto a 2 dimensional plane. It is noted that this can be difficult to understand through animation and requires visual imagination to see it in 3 dimensions. It is also mentioned that the gluing of edges can be done physically, resulting in either a cylinder or a Möbius strip depending on the flipping of the gluing. Both shapes are considered to be quotient spaces of the square.
  • #1
YoungPhysicist
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How can the edge of a Möbius strip being projected on a 2 dimensional plane?

Precisely the ending of this video:


I just can get it since his animation goes by it so fast.
 
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  • #2
how about just looking at the red edge of the mobius strip on the first page of your video. you see a closed curve that crosses itself once. i.e.anything drawn on a flat screen is already projected into 2 dimensions, it requires some visual imagination to see it as in 3 dimensions.
 
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  • #3
You can actually do the gluing physically . Take a hollow square and do the needed gluing of edges , with the flip needed on the gluing for the vertices, i.e., if you do a "straightforward" gluing gives you a cylinder and one where you flip will give you the Mobius strip. To be more pedantic, both Cylinder, Mobius strip are quotient spaces of the square, i.e., spaces obtained by identifying sides of the square the right way.
 
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  • #4
Thanks everyone!
 
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What is a Möbius strip?

A Möbius strip is a mathematical surface with only one side and one edge. It is created by taking a long strip of paper, giving it a half-twist, and then connecting the ends together.

Why is learning how to project a Möbius strip edge important?

Learning how to project a Möbius strip edge is important for understanding the principles of topology and geometry. It also has practical applications in fields such as engineering, architecture, and computer graphics.

Can a Möbius strip be projected in a 2D plane?

Yes, a Möbius strip can be projected in a 2D plane. This is because the strip only has one side and one edge, so it can be flattened onto a 2D surface without any intersections or overlaps.

What is the process for projecting a Möbius strip edge in a 2D plane?

The process for projecting a Möbius strip edge in a 2D plane involves cutting the strip along the center line and then flattening it out. The resulting shape will have two parallel edges and one twist.

What real-life examples can be modeled using a Möbius strip projection?

A Möbius strip projection can be used to model objects such as conveyor belts, loop antennas, and Möbius strip sculptures. It can also be used to create interesting visual effects in art and design.

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