Answer : The approximation of the circle's area is

Step-by-step explanation :
As we know that:
Circumference of circle =

Area of circle =

Given:
Circumference of circle = 600 m
First we have to calculate the radius of circle.



Now we have to determine the area of circle.
Area of circle =

Now put the value of 'r' in this formula, we get the area of circle.
Area of circle =

The value of

So,
Area of circle =

Area of circle =

Therefore, the approximation of the circle's area is
