In the given figure, `ABCD` is a square and `P` is a point inside it such that `PB = PD`. Prove that `CPA` is a straight line.

In the given figure, ABCD is a square and P is a point inside it such PB = Pd. Prove that CPA is a straight line.

In the fig. ABCD is square and P is a point on such that PB=PD. Prove that CPA is a striaght line

In the given figure ABCD is a trapezium, P is the mid-point of side AD and PR||AB||DC . Prove that R is the mid-point of side BC

ABCD is a square. P is a point inside the square such that PA = 3, PB = 7, PD = 5 . Then area of square ABCD is …………..

P is a point inside the rectangle ABCD Prove that PA^2+ PC^2= PB^2 +PD^2 : .

In the given figure PA=6, PB=4 and PC=8. Find PD.

In the given figure PA=6, PB=4 and PC=8. Find PD.

In the given figure, two chords AB and CD intersect each other at the point P. Prove that AP*PB= CP*DP

In the figure given above, ABCD is a parallelogram. P is a point on BC such that PB : PC = 1 : 2. DP produced meets AB produced at Q. If the area of the triangle BPQ is 20 square units, what is the area of the triangle DCP?

P is any point inside the rectangle ABCD. Prove that AP^2+CP^2=BP^2+DP^2