Oh, dude, that's easy! The space inside a circle is called the "interior" or the "area." It's like the VIP section for all the points that are chilling inside the circle. So, yeah, it's where all the action happens... if circles could have parties, that is.
diameter
The inside of a circle is called its area.
area
To find the area of the circle pi*radius*squared and subtract the area of the figure inside
A circle *encloses* an area, and the "area of a circle" is the area it encloses, πr^2. A circle is a 1-dimensional curved line; it is a set of points equidistant from a given point (the center), with that distance being the radius of the circle. This means the inside of the circle is not part of the circle (it's called a disk if you include the inside points).To find the area, multiply pi (π) by the radius squared (r^2), so you get πr^2.Yes, it does.
diameter
The inside of a circle is called its area.
The inside of a circle is called its area.
the amount of space inside a circle
Circumference is the outside of the circle and the inside is the are of the circle. And inside of the circle, there is diameter and radius. Radius is from the center point to the edge of the circle and diameter is all the way across.
The number of square units occupied by the space inside a circle is called its area. The area ( A ) of a circle can be calculated using the formula ( A = \pi r^2 ), where ( r ) is the radius of the circle. This means that the area depends on the square of the radius multiplied by the constant ( \pi ) (approximately 3.14).
It is its surface area
"Space" is usually understood to be a 3-dimensional "volume", and in that sense, there is no 'space' inside a circle. A circle has "area", equal to (pi) times the square of the circle's radius.
The area of a circle is the amount of space inside the circle. The area of a circle is calculated by multiplying pi(3.14159) by the radius squared.
A circle inside another circle is called a concentric circle. This means that the circles share the same center point, with one circle contained entirely within the other.
It is the surface area
It is its square area which is found by pi*radius squared