[" 14.Aciricle is touching the side "8C" of "AABC" at "P" ,touching "A8" and "AC" produced at "Q" and "R],[" respectively.Prove that "quad AQ=(1)/(2)(perimeter" of "Delta ABC)]

A circle is touching the side BC of ABC at P and touching AB and AC produced at Q and R respectively.Prove that AQ=(1)/(2)(Perimeter of ABC)

A circle is touching the side BC of a triangle ABC at point P and touching AB and AC produced at Q and R respectively. Prove that AQ=(1)/(2)("perimeter of "triangle ABC).

A circle is touching the side BC of Delta ABC at P and touching AB and AC produced at Q and R respectively Prove that AQ=(1)/(2) (Perimeter of Delta ABC)

A circle is touching the side B C of A B C at P and touching A B and A C produced at Q and R respectively. Prove that A Q=1/2(P e r i m e t e r\ of\ A B C) .

A circle is touching the side BC of /_\ABC at P and touching AB and AC produced at Q and R are respectively. Prove that AQ=1/2(AB+BC+CA)=1/2(Perimeter of /_\ABC) .

A circle is touching the side BC of DeltaABC at P and touching AB and AC extended at Q and R respectively. Prove that, AQ=1/2 (permeter of DeltaABC) .

A circle touches the side BC of DeltaABC at P and touches AB and AC produced at Q and R respectively. Prove that AQ=1/2(Perimeter of DeltaABC).

A circle touches the side BC of a Delta ABC at P and also touches AB and AC produced at Q and R, respectively. If the perimeter of Delta ABC = 26.4 cm, then the length of AQ is: