nonagon
In general, you cannot. If, in the unlikely event that it is a regular nonagon, you draw the perpendicular bisectors of any two sides. they will intersect at the centre. Join each of the vertices to the centre and you have the required division. This will not work for non-regular nonagons, which are the majority.
Not a regular nonagon.
Nonagon.
Only if all nine sides are the same length.
A 9 sided nonagon normally has no perpendicular lines that meet at right angles
nonagon
It is possible for all nine lines to be perpendicular to at least one other line.
The question doesn't quite make sense as stated. A regular nonagon has nine sides and each side has a unique perpendicular bisector - there are 9. A regular n-gon has n perpendicular bisectors of sides, if n is odd. If n is even, then there are only n/2 since opposite sides share the same perpendicular bisector.
In general, you cannot. If, in the unlikely event that it is a regular nonagon, you draw the perpendicular bisectors of any two sides. they will intersect at the centre. Join each of the vertices to the centre and you have the required division. This will not work for non-regular nonagons, which are the majority.
A regular triangle, pentagon, heptagon, nonagon, etc ie Any regular polygon with an odd number of sides.
nonagon
Because nonagon means 9 sides
Not a regular nonagon.
a nonagon
A nonagon.
A nonagon has nine sides.