SOLUTION: Given:: AC congruent to AD, CB congruent to DB
Prove:: AB bisects angle CAD
Algebra.Com
Question 1147881: Given:: AC congruent to AD, CB congruent to DB
Prove:: AB bisects angle CAD
Found 2 solutions by Alan3354, ikleyn:
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
Makes no sense.
Answer by ikleyn(52792) (Show Source): You can put this solution on YOUR website!
.
This theorem states that in an isosceles triangle, the median drawn to the base bisects the opposite angle.
See the lesson
- An altitude, a median and an angle bisector in the isosceles triangle
in this site and find there the full proof.
Also, you have this free of charge online textbook on Geometry
GEOMETRY - YOUR ONLINE TEXTBOOK
in this site.
The referred lesson is the part of this online textbook under the topic "Properties of triangles".
Save the link to this online textbook together with its description
Free of charge online textbook in GEOMETRY
https://www.algebra.com/algebra/homework/Triangles/GEOMETRY-your-online-textbook.lesson
to your archive and use it when it is needed.
RELATED QUESTIONS
Given: AC congruent to AD, CB congruent to DB
Prove: AB bisects angle... (answered by Alan3354,ikleyn)
how to solve this proof
given: segment ab is congruent to segment cb, angle a is... (answered by richard1234)
Given : Line AD bisects angle BAC.
Line AD bisects angle BDC
Prove: Line AB is... (answered by fcabanski)
Write a two column proof
Line segment AB IS congruent to line segment AC, angle BAD is... (answered by ikleyn)
given: Angle CED is a right angle, AB congruent to CD, DB bisects AC at E
Prove:... (answered by Edwin McCravy)
Given: BC is congruent to BA and BD bisects angle CBA
Prove: DB bisects angle CDA
(answered by Theo)
Given: CD bisects AB
CD perpendicular to AB
Prove: CA is congruent to... (answered by richwmiller)
what would be the steps to solve the proof with the given: segment ab is congruent to... (answered by ikleyn)
given ab is congruent to ad, cb is congruent to cd
prove triangle abc is congruent to... (answered by Mr. Feliz)