There is no limit to the number of triangles. At any time, you can select a triangle; select one of its vertices and draw a line from that vertex to the opposite side. That gives one more non-overlapping triangle. And you can keep on doing that indefinitely.
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There are 3 triangles inside a 5 sided pentagon polygon
There are 20 triangles inside a 22 sided polygon
Any n-sided polygon (n being any integer) will always have a minimum of n-2 triangles inside the shape, assuming that the polygon is regular with no reflex angles.
there r 800 vetices in three triangles
There are a number of different, and sometimes overlapping, classifications. Polygons may be convex or concave. In a convex polygon, any two points inside the polygon are joined by a straight line that is wholly inside the polygon. In a concave polygon there are at least two points such that the line joining them intersects its boundary. Polygons can by equilateral (all sides of equal length), or equiangular (all angles of equal measure) or regular (all sides equal AND all angles equal). Note that in general (unlike for triangles) equilateral and equiangular are not the same. Polygons can be classified according to the number of sides/angles.