In trapezium ABCD, side AB is parallel to side DC. Diagonals AC and BD intersect at point P. Prove that triangles APD and BPC are equal in area.

In a trapezium ABCD, side AB is parallel to side DC, and the diagonals AC and BD intersect each other at point P. Prove that : DeltaAPB is similar to DeltaCPD .

In a trapezium ABCD, side AB is parallel to side DC, and the diagonals AC and BD intersect each other at point P. Prove that : PA xx PD = PB xx PC .

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point P. If AP : CP = 3:5, Find : DeltaADP : Delta APB

P is the mid-point of diagonal AC of quadrilateral ABCD. Prove that the quadrilaterals ABPD and CBPD are equal in area.

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point P. If AP : CP = 3:5, Find : DeltaDPC : DeltaAPB

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point P. If AP : CP = 3:5, Find : DeltaAPB : DeltaCPB

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point P. If AP : CP = 3:5, Find : DeltaAPB : DeltaADB

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point O. If BO: OD= 4: 7 , find Delta AOD: Delta AOB

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point O. If BO: OD= 4: 7 , find DeltaDOC: DeltaAOB

The given figure shows a trapezium in which AB is parallel to DC and diagonals AC and BD intersect at point O. If BO: OD= 4: 7 , find DeltaAOB: DeltaACB