NOPE
Chat with our AI personalities
The Stegosaurus.
the number on the digital electric meter after the reading
In two dimensional Euclidean space straight lines are either parallel or convergent. If they are parallel, the perpendicular distance between them is constant and if they are convergent, the distance between them increases in one direction and decreases in the other - until they intersect - and then increases. In 3-dimensional space, there is a third possibility. You can have lines that are neither parallel nor convergent: they are skew. It is simplest to explain with an example. Imagine you are standing in a cuboid room, facing a wall. Now consider the principal diagonal, running from the left-bottom-back to the right-top-front, and the line where the wall opposite meets the floor. These too lines will never meet but they are not parallel either.
No it's not possible. The triangle with the most lines of symmetry is Isosceles triangle and that has 3 lines of symmetry. Unless you draw on the back, but that isn't correct.
FOOTBALL - Yard lines and goal posts BASKETBALL - Lines on the court and back board SOCCER - Sidelines and goal posts ********* Atheletic sports such as running (lines inbetween the runners) and high jump (the pole and the ground) and hurtles.