This question is too easy; there must be more conditions to it. Because literally as stated, the answer is that you can fit as many triangles (or any other shapes) into a decagon (or any other shape) as you want, as long as the decagon is big enough and the triangles are small enough. You can do it in such a way that there is some space between the triangles, so that no lines intersect. Also, it must be clearly understood what is meant by lines intersecting. For example, if you have 2 triangles that share a side, it could be argued that the shared side of one intersects itself as a side of the other because they coincide, so their intersection is the entire side.
Yes, by intersecting them.
these are intersecting lines.
Yes, squares do have intersecting lines. Infact they have 2 diagnol intersecting lines.
intersecting lines are lines that block each other.
Intersecting lines are two lines that cross in a coordinate plane. So, yes, intersecting lines cross.
Yes, by intersecting them.
you call intersecting lines that meet, just intersecting lines yolanda
these are intersecting lines.
Lines that remain equidistance from one another without intersecting
Yes, squares do have intersecting lines. Infact they have 2 diagnol intersecting lines.
are intersecting lines never parallel YES intersecting lines do not have the ability to be parallel
intersecting lines are lines that block each other.
Intersecting lines are two lines that cross in a coordinate plane. So, yes, intersecting lines cross.
Intersecting lines perform intersections.
there are 4 intersecting lines
A decagon need not have any lines of symmetry. It can also have 1 or 10 lines of symmetry.
Either perpendicular lines if the lines create 90o angles or intersecting lines.