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Q => In the given figure, altitudes AD and CE of ∆ ABC intersect each other at the point P. Show that: (i) ∆AEP ~ ∆ CDP(ii) ∆ABD ~ ∆ CBE(iii) ∆AEP ~ ∆ADB(iv) ∆ PDC ~ ∆ BEC​

Answer»

rong>HERE IS YOUR ANSWER MATE.....;

GIVEN that AD and CE are the altitudes of TRIANGLE ABC and these altitudes INTERSECT each other at P.

(i) In ΔAEP and ΔCDP,

∠AEP = ∠CDP (90° each)

∠APE = ∠CPD (Vertically OPPOSITE angles)

Hence, by AA similarity criterion,

ΔAEP ~ ΔCDP

(ii) In ΔABD and ΔCBE,

∠ADB = ∠CEB ( 90° each)

∠ABD = ∠CBE (Common Angles)

Hence, by AA similarity criterion,

ΔABD ~ ΔCBE

(iii) In ΔAEP and ΔADB,

∠AEP = ∠ADB (90° each)

∠PAE = ∠DAB (Common Angles)

Hence, by AA similarity criterion,

ΔAEP ~ ΔADB

(iv) In ΔPDC and ΔBEC,

∠PDC = ∠BEC (90° each)

∠PCD = ∠BCE (Common angles)

Hence, by AA similarity criterion,

ΔPDC ~ ΔBEC

Hope It's Helpful....:)

@ItzPyscho17


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