In the adjoining figure, `triangleABC` is right-angled at B and `angleA =45^@`. If AC = 3`sqrt(2)` cm, find `(i) BC, (ii) AB`

In the adjoining figure, DeltaABC is right-angled at B and /_A=45^(@) . If AC=3sqrt(2)cm , find (i) BC , (ii) AB .

In the adjoining figure, DeltaABC is right-angled at B and /_A=30^(@) . If BC=6cm , find (i) AB , (ii) AC .

In the adjoining figure, DeltaABC is a right-angled triangle in which /_B=90^(@) , /_A=30^(@) and AC=20cm . Find (i) BC , (ii) AB .

In the adjoining figure, DeltaABC is right-angled at B . If /_A=30^(@) and AB=9cm , find (i) BC and (ii) AC .

In the adjoining figure , DeltaABC is a right - angled triangle , right - angled at B. If angleA=30^(@)andAC=8cm , Find (i)BC (ii)AB.

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 adjoining figure, A is the centre of the circle. angle ABC = 45^(@) and AC = 7 sqrt(2)cm. Find the area of segment BXC. (pi = 3.14)

In a right triangle ABC, angle B = 90^@ : If AC = 13 cm, BC = 5 cm, find AB