Given a triangle ABC, how would you use only a compass and
straight edge to find a point P such that triangles ABP, ACP
and BCP have equal perimeters? (Assume that ABC is
constructed so that a solution does exist.)
The answer probably lies in finding the in-centre of the
traingle. Bisect all the angles of the triangles and the
point where these angle bisectors meet gives u the point P
take a equilateral 3angle…. place compass pt @ each vertices.. draw an arc… mark d pt wr all arcs meet.. thats d pt P ….. thus it gives 3angle of equal perimeter
The answer probably lies in finding the in-centre of the
traingle. Bisect all the angles of the triangles and the
point where these angle bisectors meet gives u the point P
take a equilateral 3angle…. place compass pt @ each vertices.. draw an arc… mark d pt wr all arcs meet.. thats d pt P ….. thus it gives 3angle of equal perimeter