In Fig. 9.13, ABCD is a parallelogram and EFCD is a rectangle.Also, `A L_|_D C` . Prove that (i)...

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In the given figure, A B C D is a parallelogram and E F C D is a rectangle, A L ⊥ C D and C F ⊥ A... In the given figure, A B C D is a parallelogram and E F C D is a rectangle, A L ⊥ C D and C F ⊥ A...
In Figure, `A B C D` is a parallelogram and `E F C D` is a rectangle. Also `A L_|_D Cdot` Prove... In Figure, `A B C D` is a parallelogram and `E F C D` is a rectangle. Also `A L_|_D Cdot` Prove...
Q7 In fig., ABCD is a parallelogram and EFCD is a rectangle. Prove that ar(ABCD)= ar(EFCD) Q7 In fig., ABCD is a parallelogram and EFCD is a rectangle. Prove that ar(ABCD)= ar(EFCD)
efcd efcd
Area of Parallelogram || basic maths Area of Parallelogram || basic maths
In Figure, `A B C D` is a parallelogram, `A E\ _|_D C\ a n d\ CC F_|_A D` . If `A B=16 C M , In Figure, `A B C D` is a parallelogram, `A E\ _|_D C\ a n d\ CC F_|_A D` . If `A B=16 C M ,
ABCD is a rectangle in which diagonal AC bisects ∠A as well as ∠C.Show that ABCD is a square. ABCD is a rectangle in which diagonal AC bisects ∠A as well as ∠C.Show that ABCD is a square.
Parallelograms - Geometry Parallelograms - Geometry