Question

State true or false:

In parallelogram $ABCD$.$E$ and $F$ are mid-points of the sides $AB$ and $CD$ respectively. The line segments $AF$ and $BF$ meet the line segments $ED$ and $EC$ at points $G$ and $H$ respectively, then

triangles $HEB$ and $FHC$ are congruent.

• A. True
• B. False

Answer 1

The correct option is A True

Given: parallelogram $ABCD$, E and F are mid points of $AB$ and $CD$ respectively. DE and EC meet AF and BF respectively at G and H
Now, In $△HEB$ and $△HFC$
$\angle EHB=\angle FHC$ (vertically opposite angles)
$EB=FC$ (Half lengths of equal sides)
$\angle HBE=\angle HFC$ (Alternate angles for parallel sides AB and CD)
Thus, $△HEB\cong △HCF$ (AAS rule)