RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4

# RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4 | RS Aggarwal Solutions for Class 10 Mathematics PDF Download

## Multiple Choice Questions (MCQ)

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The area of a circle is 38.5 cm2. The circumference of the circle is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The area of a circle is 49π cm2. Its circumference is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The difference between the circumference and radius of a circle is 37 cm. The area of the circle is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The perimeter of a circular field is 242 m. The area of the field is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:On increasing the diameter of a circle by 40%, its area will be increased by

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:On decreasing the radius of a circle by 30%, its area is decreased by

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The area of a square is the same as the area of a circle. Their perimeters are in the ratio

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The circumference of a circle is equal to the sum of the circumferences of two circles having diameters 36 cm and 20 cm. The radius of the new circle is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The area of a circle is equal to the sum of the areas of two circles of radii 24 cm and 7 cm. The diameter of the new circle is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:If the perimeter of a square is equal to the circumference of a circle then the ratio of their areas is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:If the sum of the areas of two circles with radii R1 and R2 is equal to the area of a circle of radius R then

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:If the sum of the circumferences of two circles with radii R1 and R2 is equal to the circumference of a circle of radius R then

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:If the circumference of a circle and the perimeter of a square are equal then

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The radii of two concentric circles are 19 cm and 16 cm respectively. The area of the ring enclosed by these circles is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The areas of two concentric circles are 1386 cm2 and 962.5 cm2. The width of the ring is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The circumferences of two circles are in the ratio 3 : 4. The ratio of their areas is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The areas of two circles are in the ratio 9: 4. The ratio of their circumferences is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The radius of a wheel is 0.25 m. How many revolutions will it make in covering 11 km?

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The diameter of a wheel is 40 cm. How many revolutions will it make in covering 176 m?

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:In making 1000 revolutions, a wheel covers 88 km. The diameter of the wheel is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The area of a sector of angle θ° of a circle with radius R is

Question for RS Aggarwal Solutions: Area of Circle, Sector and Segment- 4
Try yourself:The length of an arc of a sector of angle θ° of a circle with radius R is