In ∆ABC, D is a point on BC such that AD is the bisector of ∠BAC. CE is drawn parallel to DA to meet BD produced at E. Prove that ∆CAE is isosceles
Solution:
More Solutions:
- Find ∠B and ∠C.
- Show that every equiangular triangle is equilateral.
- In the following diagrams, find the value of x:
- Find the value of x: Triangles
- In the figure (1) given below, AB = AD, BC = DC
- Find the measure of ∠A.
- Calculate ∠ACE and ∠AEC.
- Prove that ABC is an isosceles triangle.
- Prove that ABC is an equilateral triangle.
- Where O is the point of intersection of BE and CD.