Consider two people who visit the gym a substantial amount. One is a girl who loves to lift weights and bench press as much as she possibly can. The other is a guy who focuses much more on his legs, trying to break the world record for squat weight. It just so happens that these two are the same height and have the exact same weight, but the center of their weight is not in the same part of their body. This is because the girl has much more weight in the top half of her body and the boy has more weight in the bottom half. This difference in center of mass is a direct result of the different distributions of mass throughout both of their bodies.
Introduction Ambiguous objects are very unique images or objects that create ambiguity. Ambiguity is a vague meaning of a phrase, statement, image, etc., is not explicitly defined. Ambiguous objects can be either two-dimensional or three-dimensional. For our topic today, we will be understanding how ambiguous objects work through understanding exploitation of graphical similarities between two functions of a curve. Ambiguous objects may be more commonly known as optical illusions. Some of the more commonly known optical illusions are the Rubin vase, the rabbit-duck illusion, and the Kanizsa Triangle. The image above is an example of the Kanizsa Triangle optical illusion. The spatially separated fragments give the impression of a triangle! These are just some examples of optical illusions that have been created. However, those optical illusions are two-dimensional. Now that we have a brief introduction with some common forms of ambiguous objects, we can furth...
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