In Fig., altitudes AD and CE of `triangleABC` intersect each other at the point P. Show that :- `trianglePDC~triangleBEC` .
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In Fig., altitudes AD and CE of triangleABC intersect each other at the point P. Show that :- triangleABD~triangleCBE . .

In Fig., altitudes AD and CE of triangleABC intersect each other at the point P. Show that :- triangleAEP~triangleCDP . .

In Fig., altitudes AD and CE of triangleABC intersect each other at the point P. Show that :- triangleAEP~triangleADB . .

In Fig., altitudes AD and CE of triangleABC intersect each other at the point P. Show that: (i) triangleAEP ~ triangleCDP (ii) triangleABD ~ triangleCBE (iii) triangleAEP ~ triangleADB (iv) trianglePDC ~ triangleBEC

In figure, altitudes AD and CE of DeltaABC intersect each ther at the point P. show that: DeltaAEP ~DeltaCDP

In figure, altitudes AD and CE of DeltaABC intersect each ther at the point P. show that: DeltaABD ~DeltaCBE

In fig., two chords AB and CD intersect each other at the point P prove that :- triangleAPC~triangleDPB . .

In fig, two chords AB and CD intersect each other at the point P. Prove that: (i) triangleAPC ~ triangleDPB (ii) AP.PB= CP.DP

In fig., two chords AB and CD intersect each other at the point P prove that :- AP.PB=CP.DP. .

In fig., two chords AB and CD of a circle intersect each other at point P (when produced) outside the circle prove :- trianglePCA~trianglePDB .