Triangles II - e
... Therefore, AD is the perpendicular bisector of BC. In an isosceles triangle, 1. the perpendicular drawn from the apex to the opposite side 2. the bisector of the apex angle, 3. the straight line joining the apex to the midpoint of the opposite side and 4. the perpendicular bisector of the side oppos ...
... Therefore, AD is the perpendicular bisector of BC. In an isosceles triangle, 1. the perpendicular drawn from the apex to the opposite side 2. the bisector of the apex angle, 3. the straight line joining the apex to the midpoint of the opposite side and 4. the perpendicular bisector of the side oppos ...
Angle Relationships in Polygons
... 1. a) How many different possible outcomes are there when rolling two dice? ...
... 1. a) How many different possible outcomes are there when rolling two dice? ...
