In the figure above, ABC is a right triangle and BC=AB , then find `x^(@)`.

In the figure ABC is a right angled triangle, right angled at A. Find the shaded region if AB=6cm , BC=10cm and O is the centre of the in circle of ABC. ( pi=3.14 )

In the given figure, ABC is a right triangle, right angled at A. AB = 3 cm and AC = 4 cm. Semicircles are drawn on AB, AC and BC as diameters. Find the area of the shaded region.

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 following figure,ABC is a right angled triangle at A. Find the area of the shaded region If AB=6cm,BC=10cm and I is the center of incircle of Delta ABC

In the following figure, ABC is a right angled triangle at A. Find the area of the shaded region If AB = 6 cm, BC = 10 cm and L is the center of incircle of Delta ABC

In the given figure, ABC is a right angled triangle, right -angled at A in which AB=6 cm, BC=10 cm and I is the incentre of DeltaABC . Find the ara of the shaded region. [Take pi=3.14 ]

In right triangle ABC , AB=BC , then angleA is equal to

In the given figure, ABC in a right-angled triangle,right-angled at B .If BC=5cm and AC AB = 1 cm; find the value of cosec A and cos A

In the figure, ABC is an isosceles triangle in which AB = AC and LM is parallel to BC. If angleA= 50^(@) find angleLMC .