SECTION D e and Prove Midpoint theorem of triangle te and Prove Central Angle Theorem of Circle t: - Maths - Quadrilaterals

Question

SECTION D e and Prove Midpoint theorem of triangle te and Prove
Central Angle Theorem of Circle

Dhruvi Kachhadia · Answer

The line segment joining the mid-points if two sides of a traingle
is parallel to the third side
E and F are mid-points of AB and AC respectively
Also, CD parallel to BA
Tr AEF congruent to Tr CDF (ASA Rule )
So,
EF=DF AND BE=AE=DC
Therefore, BCDE is a parallelogram
Thus gives EF is parallel to BC
Also,
EF=1/2ED=1/2BC
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SECTION D e and Prove Midpoint theorem of triangle. te and Prove Central Angle Theorem of Circle. SECTION D e and Prove Midpoint theorem of triangle. te and Prove Central Angle Theorem of Circle. t: sod Pro•e Midpoint theorem of triangle. sa.te a.d Prove C entrai Angle Theorem of Circle.

SECTION D e and Prove Midpoint theorem of triangle. te and Prove Central Angle Theorem of Circle.

SECTION D e and Prove Midpoint theorem of triangle. te and Prove Central Angle Theorem of Circle. t: sod Pro•e Midpoint theorem of triangle. sa.te a.d Prove C entrai Angle Theorem of Circle.