The area of the square inside the cirles of 10 feet radius is simple. It is 2 x radius. In this case that's 10. Thus, (10 + 10) squared or 20 x 20 = 400
It is: 2 to 1
Imagine 4 circles just touching, like this OO .............................................................. OO only closer. Draw a square connecting the centres of the 4 circles. Given the circles each have a radius of 10 metres the length of each side of the square is (10+10) =20 metres and the area of the square is 400 square metres. The area of each quarter of the circle that is within the square is one quarter of pi times r squared so the four quarters = 100pi square metres so the space between the circles is the difference.
The question is misguided. You do not use radius only on circles!
It depends on the relationship between the rectangle and the circles.
Faces of cylinder are circular therefore area must be pi*radius*radius That is the formula for the top and bottom faces, the circles. However, the main face, the face connecting the two circles, is really a large rectangle bended to fit with the circles. The height of the rectangle is the same as the height of the cylinder. The width of the rectangle is the circumference of the circle (pi * 2 * radius). The formula for a rectangle is width * height. So, the side face is height of cylinder * circumference of circle (pi * 2 * radius.)
Circles with the same radius are congruent circles.
It is: 2 to 1
Imagine 4 circles just touching, like this OO .............................................................. OO only closer. Draw a square connecting the centres of the 4 circles. Given the circles each have a radius of 10 metres the length of each side of the square is (10+10) =20 metres and the area of the square is 400 square metres. The area of each quarter of the circle that is within the square is one quarter of pi times r squared so the four quarters = 100pi square metres so the space between the circles is the difference.
The radius is the distance between the centre of a circular arc and a point on the arc.
The question is misguided. You do not use radius only on circles!
Curve linear is antonym to linear. Circular is one among many curvelinear motions. In case of circular there will be a constant radius but in curvelinear radius would change at every instant
C=2(pi)r
You need some more information about any of the circles, or about the relationship between the two circles, to answer this question.
2 circles can be congruent. The have to have the same radius.
A point. To learn why and more about circles go to this website: windowseat.ca/circles
It depends on the relationship between the rectangle and the circles.
congruent circles