Am is median of triangle abc prove that ab+bc+ac>2am
Answers
Answered by
294
Hi friend ✋✋✋✋
--------------
Your answer
------------------
The median AM divides ∆ABC into two triangles , namely - ∆ABM and ∆AMC.
Now,
---------
In ∆ABM , we have,
AB + BM > AM [ Sum of any teri sides of a triangle is always greater than the third side] .....(i)
Similarly,
--------------
In ∆ AMC , we gave,
MC + AC > AM [ Sum of any teri sides of a triangle is always greater than the third side] .....(ii)
Now, on adding equation (i) and (ii) , we get,
AB + BM + MC + AC > AM + AM
=> AB + (BM + MC) + AC > 2AM
=> AB + BC + AC > 2AM [Because , BM + MC = BC]
HOPE IT HELPS
--------------
Your answer
------------------
The median AM divides ∆ABC into two triangles , namely - ∆ABM and ∆AMC.
Now,
---------
In ∆ABM , we have,
AB + BM > AM [ Sum of any teri sides of a triangle is always greater than the third side] .....(i)
Similarly,
--------------
In ∆ AMC , we gave,
MC + AC > AM [ Sum of any teri sides of a triangle is always greater than the third side] .....(ii)
Now, on adding equation (i) and (ii) , we get,
AB + BM + MC + AC > AM + AM
=> AB + (BM + MC) + AC > 2AM
=> AB + BC + AC > 2AM [Because , BM + MC = BC]
HOPE IT HELPS
Similar questions