ABC is an isoscles triangle, right-angled at C. Show that `AB^2=2AC^2`.

ABC is an isosceles triangle right angled at C . Prove that AB^(2)=2AC^(2)

ABC is an isosceles right triangle,right-angled at C. Prove that: AB^(2)=2AC^(2).

ABC is an isosceles right triangle right- angled at C. Prove that AB^(2)=2AC^(2)

ABC is an isosceles right-triangle right angled at C such that AC=5cm .Then,AB=2.5cm(b)5sqrt(2)cm10cm(d)5cm

ABC is a isosceles right angled triangle, right angled at C. prove that AB^(2) = 2AC^(2)

In the given figure, triangle ABC is an isosceles triangle right angled at C with AC = 4 cm. Find the length of AB.

In Figure ABC is an isosceles triangle right angled at C with AC = 4 cm . Find the length of AB .

A statements of Assertion (A) is followed by a statement of Reason (R ). Mark the correct choice as. Assertion (A): ABC is an isoseles triangle right triangle , right angled at C. Then AB^(2) = 3AC^(2) . Reason (R ): In an isosceles triangle ABC if AC = BC and AB^(2) = 2AC^(2) then angle C = 90^(@) .

In the figure given below ABC is a triangle right angled at A and AC bot BD . Show that AB^(2) = BC xx BD

In the figure given below ABC is a triangle right angled at A and AC bot CD . Show that AC^(2) = BC xx DC