(iii) ar (PBQ)- ar (ARC)squares on the sides BC, CA and AB respectively. Line segment AXL DEmat Y. Show that:In Fig. 9.34, ABC is a right triangle right angled at A. BCED, ACFG and ABM8.meeI 1D XFig. 9.34(iii) ar (B YXD) = ar (ABMN)(v) ar (CYXE)-2 ar (FCB)(vii) ar (BCED) = ar (AB MIN) + ar (ACFG)(i) ar (BYXD)-2 ar (MB(iv) Δ FCB ACE(vi) ar (CYXE)-ar (ACFNote : Result (vii) is the famous Theorem of Pythagoras. You shall learproof of this theorem in Class X.

(iii) ar (PBQ)- ar (ARC)squares on the sides BC, CA and AB respectivel

1.	(iii) ar (PBQ)- ar (ARC)squares on the sides BC, CA and AB respectively. Line segment AXL DEmat Y. Show that:In Fig. 9.34, ABC is a right triangle right angled at A. BCED, ACFG and ABM8.meeI 1D XFig. 9.34(iii) ar (B YXD) = ar (ABMN)(v) ar (CYXE)-2 ar (FCB)(vii) ar (BCED) = ar (AB MIN) + ar (ACFG)(i) ar (BYXD)-2 ar (MB(iv) Δ FCB ACE(vi) ar (CYXE)-ar (ACFNote : Result (vii) is the famous Theorem of Pythagoras. You shall learproof of this theorem in Class X.
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