A square inscribed in a circle is often referred to as a "circumscribed square." In this configuration, all four vertices of the square touch the circumference of the circle. The circle is known as the circumcircle of the square, and its radius is equal to the distance from the center of the circle to any of the square's vertices.
It is its square area which is found by pi*radius squared
The answer depends on their relative size: is the circle inside the square, the square inside the circle or something else?
The diagonal of the square.
The is not stated that the circle inside the square was the greatest possible circle, so all one can say is 8pi at most.
The same as half the side of the square, as the radius of the circle is half its diameter, and the diameter of the circle is equal to the side of the square.
It is its square area which is found by pi*radius squared
The answer depends on their relative size: is the circle inside the square, the square inside the circle or something else?
The diagonal of the square.
The inside of a circle is called its area.
The inside of a circle is called its area.
You find the area of the whole square first. Then you find the area of the circle inside of it And then subtract the area of the circle from the area of the square and then you get the shaded area of the square
a square in a circle
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.
The is not stated that the circle inside the square was the greatest possible circle, so all one can say is 8pi at most.
If the circle is inside the square, four.
The same as half the side of the square, as the radius of the circle is half its diameter, and the diameter of the circle is equal to the side of the square.
Yes