4 ms·
Note: This is really the wobbly floor theorem. It applies to any continuous floor but only to a subset of tables. (Even "square tables which are perfectly lev
by cperciva 2y ago
Note: This is really the wobbly floor theorem. It applies to any continuous floor but only to a subset of tables. (Even "square tables which are perfectly level" isn't sufficient unless you allow the tabletop to intersect the floor.)
- ithkuil 2y ago"wobbly" means that it moves unsteadily so it cannot be an attribute of a floor. It's the table the one that wobbles if the tips of the legs are coplanar and the floor is not a plane. Your point of the extent of deformation the floor can have for the theorem to hold is valid though.
- ncruces 2y agoOh but it can, as the sister comment alluded to.
- brianpan 2y agoNote: If your floor is wobbly- DROP, COVER, and HOLD ON.