Question

In a parallelogram abcd e and f are the midpoints of sides ab and cd

Answer 1

The Question is not clear

Answer 2

ABCD is a parallelogram.

So, AB || CD

⇒ AE || FC

Also AB = CD (Opposite sides of parallelogram ABCD)

⇒ AE = FC (Since E and F are midpoints of AB and CD)

In quadrilateral AECF, one pair of opposite sides are equal and parallel.

∴ AECF is a parallelogram.

Then,

AE || FC

Again,

AB = CD (Opposite sides of parallelogram ABCD)

AB = CD

AE = FC (E and F are mid-points of side AB and CD)

In quadrilateral AECF, one pair of opposite sides is parallel and equal to each other

Therefore, AECF is a parallelogram

AF || EC (Opposite sides of a parallelogram)

In ΔDQC,

F is the mid-point of side DC and FP || CQ

Therefore, by using the converse of mid-point theorem, it can be said that P is the mid-point of DQ

DP = PQ (1)

AB = CD

Similarly,

In ΔAPB,

E is the mid-point of side AB and EQ || AP

Therefore, by using the converse of mid-point theorem, it can be said that Q is the mid-point of PB

PQ = QB (2)

From equations (1) and (2),

DP = PQ = BQ

Hence, the line segments AF and EC trisect the diagonal BD