Find the locus of the vertex of a triangle whose, sum of base angles is fixed.

Find the locus of the vertex of a triangle with fixed base and having constant area

Find the locus of the third vertex of a right angled triangle , the ends of whose hypotenuse are (4,0) and (0,4)

Find the locus of the third vertex of a right angled triangle , the ends of whose hypotenuse are (4,0) and (0,4)

Find the the locus of the third vertex of a right angled triangle, the ends of whose hypotenuse are (4,0) and (0,4).

Given the base of the triangle and the sum of tangent of base angles as a negative constant -k^(2) , show that the locus of the vertex of the triangle is a parabola.

In an isosceles triangle, if the vertex angle is equal to the sum of the base angles, then the measure vertex angles of the triangles is

In an isosceles triangle,if the vertex angle is twice the sum of the base angles,calculate the angles of the triangle.

In an isosceles triangle, if the vertex angle is twice the sum of the base angles, calculate the angles of the triangle.