no if it were drawn around everything there would not be an outside
the distance around the circle is called the circumference. If you put a circle on the ground and walked around the outside this would be the length ofthe circumference.
This cannot be answered without knowing the shape of the area. If the shape is a square, each side would be 293.4 feet long and the perimeter of the area would be 1,173.6 feet around. If the area is a circle, the distance around the outside of the circle (circumference) would be 1,040 feet.
Yes. If it moved faster, it would break the center from the circle.
If I Were You, I would Try Rubbing alchohol and a felt cloth. start in the inside circle and wpe to the outside circle. DO NOT RUB AROUND IN A CIRCLE! This Worked For COD 5 AND GH: World Tour For Me! if it works for me it should for you, too
It depends on the shape of the area. If it is a circle with an area of 4,300 acres, the diameter of the circle would be 15,440 feet.
This appears to be about pi - π - the relationship of the diameter of a circle (the length of a line throguh the centre) to the circumference (the length around the outside) of the same circle. If you could straighten out the curve of the circle then it would be pi times the diameter. This is a little over three times the length of the diameter - 3.14
First off, what you appear to be asking for is the circumference, the length of area around a circle(or in this case, a body of water). To find the circumference, measure for the diameter, the diameter is the length of one side of a circle to another, this distance must go through the center of the circle. All you have to do is multyply the Diameter by pi.
Of a circle? It's the perimeter of the circle. Imagine putting measuring tape around a circle, the you would get a circumference
Well, what you do is you would find the circumference, or the distance around the circle.
The radius measures from the center of the circle to the perimeter (outside), so if the radius is 8.5 cm that would make the diameter of the circle 17 cm. (8.5 cm X 2 = 17 cm)
You just can't. A circle would become a sphere if it revolved around an imaginary axis.
Zero in the normal course of events. You could say you can approximate a circle by an infinite-sided polygon, and then you would have infinite sides and corners. Or you could say a circle has an inside and an outside.