In figure, arcs are drawn by taking vertices AB and C of an equilateral triangle of side `10cm, ` to intersect the sides BC. CA and AB at their respective mid-points D,E and F. Find the area of the shaded region (Use `pi=3.14)`

In figure arcs are drawn by taking vertices A, B and C of an equilateral triangle of side 10 cm , To intersect the sides BC, CA and AB at their respective mid- points D, E and F. Find the area of the shaded region. (use pi = 3.14 )

In fig, arcs are drawn by taking vertices A, B and C of an equilateral triangle of side 10 cm, to intersect the sides BC, CA and AB at their respective mid-points D, E and F. Find the area of the shaded region. ("Use " pi = 3.14) .

In figure arcs are drawn by taking vertices A , B and C of an equilateral triangle of side 10 cm , To intersect the sides BC , CA and AB at their respective mid- points D , E and F . Find the area of the shaded region. (use pi = 3.14 )

In figure , AB is a diameter of the circle, AC = 6cm and BC = 8cm . Find the area of the shaded region . (use pi= 3.14 )

In figure , AB is a diameter of the circle, AC = 6cm and BC = 8cm . Find the area of the shaded region . (use pi= 3.14 )

If DeltaABC is a equilateral triangle and P, Q, R are mid-points of sides AB, BC and CA respectively then-

In Fig. an equilateral triangle A B C of side 6 cm has been inscribed in a circle. Find the area of the shaded region. (Take pi=3. 14 )

If arcs of radius r cm are drawn with the vertices of an equilateral triangle ABC as shown in the figure, then the area of the shaded region is

With the vertices A,B and C of a triangle ABC as centres, arcs are drawn with radii 5 cm each as shown in the given figure. If AB=14cm, BC=48cm and CA=50cm then find the area of the shaded region. [Use pi=3.14 ]

In the figure, Delta ABC is in the semi-circle, find the area of the shaded region given that AB = BC = 4 cm. (use pi = 3.14 )