In the adjoining figure, the bisectors of angle B and angle D of a quadrilateral ABCD meet CD and AB

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"In Figure, bisectors of `/_B\ a n d\ /_D` of quadrilateral `A B C D` meet `C D\ a n d\ "In Figure, bisectors of `/_B\ a n d\ /_D` of quadrilateral `A B C D` meet `C D\ a n d\
IX Quadrilaterals In figure, bisectors of angle B and angle D of quadrilateral ABCD meet CD and AB IX Quadrilaterals In figure, bisectors of angle B and angle D of quadrilateral ABCD meet CD and AB
In the figure bisector of `/_B` & `/_D` of quadrilateral `ABCD` meet `CD` and `AB` produced at... In the figure bisector of `/_B` & `/_D` of quadrilateral `ABCD` meet `CD` and `AB` produced at...
In fig bisector of angle b and angle d of quad, ABCD meet CD and AB produced at P and Q respective In fig bisector of angle b and angle d of quad, ABCD meet CD and AB produced at P and Q respective
In figure, bisectors of angle B and angle D meet CD and AB produced of quadrilateral ABCD at P and Q In figure, bisectors of angle B and angle D meet CD and AB produced of quadrilateral ABCD at P and Q
Bisectors of angle b and angle d of quadrilateral abcd meet CD and ab produced at p and q Bisectors of angle b and angle d of quadrilateral abcd meet CD and ab produced at p and q
In a quadrilateral ABCD. AO and BO are bisectors of angle A and angle B respectively. Prove that ∠AO In a quadrilateral ABCD. AO and BO are bisectors of angle A and angle B respectively. Prove that ∠AO
In the given figure ,AP and DP are the bisectors of angle A and angle D. Prove that 2angleAPD=B+C. In the given figure ,AP and DP are the bisectors of angle A and angle D. Prove that 2angleAPD=B+C.