diagonals ac and bd of a quadrilateral abcd interaect each other at P.show that ar(APB)*ar(cpd)=ar(apd)*ar(bpc)
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TO prove:
Step-by-step explanation:
Given:□ABCD is given in which AB=DC&AD=BC
To prove:ar(APB)and ar(APD) ar(BPC)
Proof:In APB&CPD
AB=DC(given)S
angel APB=angel DPC(V.O.A)A
angel ABP=angel PDC(A.A)A
Thus from A.A.S criteria
APB=CPD EQ-1
From the c.p.c.t of eq.1 ar(APB)=ar(CPD )
In APD&BPC
AD=BC (given)S
angel APD=angel BPC(A)
angel DAP=angel PCB(A)
Thus from A.A.S
arAPD=BPC
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