In the given figure, `DeltaABC` is right angled at B such that `angleBCA=2angleBAC.` Show that hypotenuse AC = 2BC.

In the given figure ABC is a right triangle and right angled at B such that /_BCA = 2/_BAC. Show that hypotenuse AC = 2BC.

In the given figure ABC is a right triangle and right angled at B such that /_BCA = 2/_BAC. Show that hypotenuse AC = 2BC.

In the given figure ABC is a right triangle and right angled at B such that /_BCA = 2/_BAC. Show that hypotenuse AC = 2BC.

In the given figure ABC is a right triangle and right angled at B such that /_BCA = 2/_BAC. Show that hypotenuse AC = 2BC.

The given figure shows a right triangle right angled at B . If angle BCA = 2 angle BAC, show that AC = 2BC

In the adjoining figure, DeltaABC is right angled at C and M is the mid-point of hypotenuse AB, If AC = 32 cm and BC = 60 cm, then find the length of CM.

In the adjoining figure, DeltaABC is right angled at C and M is the mid-point of hypotenuse AB, If AC = 32 cm and BC = 60 cm, then find the length of CM.

In the given figure, ABD is a triangle right angled at A and AC bot BD . Show that AC^(2)= BC*DC

D is a point on side BC of DeltaABC such that , angleADC=angleBAC . Show that AC^(2)= BCxxDC .

In the given figure, ABD is a Deltaright angled at A and AC bot BD . Show that AB^(2)= BC*BD