You can use the formula for the area of a circle to compare (i.e., divide) the areas.
The area of any circle is (pi) times (square of the radius)."Pi" is about 22/7, or 3.1416 .We can't calculate the answer for the given circle, because we're not sure what is meant by"a 2.4 mile circle". Does that mean the radius is 2.4 miles ? The diameter ? The circumference ?
They both are areas. Just Kidding. Both of them have to have a height and length.
You calculate the areas of two shapes and then divide one area by the other to find the ratio of their areas.
High latitudes
You can use the formula for the area of a circle to compare (i.e., divide) the areas.
The area of any circle is (pi) times (square of the radius)."Pi" is about 22/7, or 3.1416 .We can't calculate the answer for the given circle, because we're not sure what is meant by"a 2.4 mile circle". Does that mean the radius is 2.4 miles ? The diameter ? The circumference ?
The answer is the surface
The areas that lie north of the Arctic Circle and south of the Antarctic Circle are known as the subarctic regions. These areas experience cold temperatures and distinct seasonal changes due to their proximity to the poles.
The Arctic and the Antarctic
The answer depends on whether the two measures given are radii or diameters and also whether the differences in question are in their circumferences or areas.
=A Divide=
The Arctic and the Antarctic respectively.
Yes.
They both are areas. Just Kidding. Both of them have to have a height and length.
Use as much of the string as is possible to make the circle. In the limit, the circumference of the circle is 50 inches and the perimeter of the square is 0. This gives a circle with an area of 198.94 sq inches and a square with an area of 0 sq inches. Any string moved from the circle to the square will reduce the total area.
There are no separate time zones north or south of the Arctic Circle.