A chord of a circle of radius 28 cm makes an angle of `90^(@)` at the centre. Find the area of the major segment.

A chord of a circle of radius 21 cm subtends an angle of 120^@ at the centre. Find the area of the minor segment and the major segment

If a chord of a circle of radius 28 cm makes an angle of 90o at the centre, then the area of the major segment is (a) 392\ c m^2 (b) 1456\ c m^2 (c) 1848\ c m^2 (d) 2240\ c m^2

If a chord of a circle of radius 28 cm makes an angle of 90o at the centre, then the area of the major segment is (a) 392\ c m^2 (b) 1456\ c m^2 (c) 1848\ c m^2 (d) 2240\ c m^2

A chord of a circle of radius 28cm makes an angle 90^@ at the centre. The area of the major segment is

A chord of a circle of radius 20 cm subtends an angle of 90^(@) at the centre. Find the area of th corresponding major segment of the circle. (Use pi = 3.14 )

A chord of a circle of radius 14 cm makes a right angle at the centre. Find the area of the sector.

A chord of a circle of radius 30 cm makes an angle of 60^(@) at the centre of the circle. Find the areas of the minor and major segments. [Take pi=314 and sqrt(3)=1.732 ]

A chord of a circle of radius 30 cm makes an angle of 60^(@) at the centre of the circle. Find the areas of the major segment. [Take pi=3.14 and sqrt(3)=1.732 ]

A chord of a circle of radius 14 cm makes a right angle at the centre. Find the areas of the minor and major segments of the circle.