Home
Class 14
MATHS
Two identical circles each of radius 2 c...

Two identical circles each of radius 2 cm intersect each other such that the circumference of each one passes through the centre of the other. What is the area (in `cm^(2)`) of the intersecting region ?

A

`(8pi)/(3)-2sqrt(3)`

B

`(8pi)/(3)-sqrt(3)`

C

`(4pi)/(3)-sqrt(3)`

D

`(4pi)/(3)-2sqrt(3)`

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Similar Questions

Explore conceptually related problems

Three circles each with radius r intersect each other such that each passes through the center of the other two circles.Find the area of the intersection of their interiors.

The angle between the two circles,each passing through the centre of the other is

Two circles with same radius r intersect each other and one passes through the centre of the other. Then the length of the common chord is

Two circles with same radius r intersect each other and one passes through the centre of the other. Then the length of the common chord is

Two circle intersect each other such that each circle passes through the centre of the other. If the distance between their centres is 12 , what is the radius of each circle?

Two circles, each of radius r, with centres P and Q. are such that each circle passes through the centre of the other circle. Then the area common to the circles is less than one-third of the sum of the areas of the two circles by