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Evil Lizard
Yeah, and a regular triangle is actually a 4-sided figure where 3 vertices lie on the same line. :D:D:D
I haven't encountered such cases, although anything is possible, but I have encountered a quadrilateral where ALL vertices lie on the same line.
But okay, let's say this is an incorrect option (something also confuses me in it, but not the vertices lying on the same line). I'll find another one.
Evil Lizard
Especially for people like you, I will rephrase the question.
In city N (the shape doesn't matter), there is a "ring" road consisting of 111 straight sections that do not intersect each other. A straight highway runs through the city. Is it possible for a car traveling along the highway through the city to cross all 111 sections of the "ring" road?
Hmm? Well, okay, I think I know how to cross them even in this formulation :p Although I haven't drawn it yet, I might be missing something.
..разым двазым трызым рызым пята лата сигерь мата локом боком крюк за крюк из бульмы бульма урюк..
Знание некоторых закономерностей освобождает от изучения многих фактов.
Мечты сбываются рано или поздно, так или иначе.