In Figure, it is given that `A B=C F ,\ E F=B D\ a n d\ /_A F E=\ /_C B Ddot` Prove that ` A F E=\ ~= C B D`

In Figure, it is given that A B=C F ,E F=B D and /_A F E=/_C B Ddot Prove that A F E~=C B Ddot

In Figure, it is given that A B=E F ,\ B C=D E ,\ A B\ _|_B D\ a n d\ F E\ _|_C E . Prove that A B D\ ~= F E C .

In Figure, it is given that A B=E F ,B C=D E ,A B_|_B D and F E_|_C Edot Prove that A B D~=F E Cdot

In Figure, it is given that A B=E F ,B C=D E ,A B_|_B D and F E_|_C Edot Prove that A B D~=F E Cdot Figure

In Figure, it is given that /_A=/_C\ a n d\ A B=B Cdot Prove that A B D\ ~= C B E

In Figure, A B||C F\ a n d\ B C||E D . Prove that /_A B C=\ /_F D E

In Figure, A B C D ,\ A B F E\ a n d\ C D E F are parallelograms. Prove that a r( A D E)=a r( B C F)

In Figure, A B C D ,\ A B F E\ a n d\ C D E F are parallelograms. Prove that a r( /_\A D E)=a r( /_\B C F)

In Fig. 71, if A B C D\ a n d\ C D E F ,\ find \ /_A C E

In the given figure, if A B || C D and C D || E F , find \ /_A C E .