No.
To biggest circle you could draw in a square with 100in would be one with a radius of 5in (10in diameter) since the squares dimensions will be 10in x 10in.
So, working out the circumference with this radius:
2 x pi x 5 = 31.4 inches, which is greater than the 30 inches you want.
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 answer depends on their relative size: is the circle inside the square, the square inside the circle or something else?
It is: 128/4 = 32 which is a side of the square and so 32*pi is the circumference of the circle
A circle with circumference 30 in has area = 302 ÷ (4π) ≈ 71.6 in2 < 100 in2 so a square of area 100 in2 cannot fit inside it.
Yes because each side of the square is 10 inches and 30/pi gives the circle's diameter as 9.549296586 or about 9.5 inches
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 answer depends on their relative size: is the circle inside the square, the square inside the circle or something else?
It is: 128/4 = 32 which is a side of the square and so 32*pi is the circumference of the circle
Yes
A circle with circumference 30 in has area = 302 ÷ (4π) ≈ 71.6 in2 < 100 in2 so a square of area 100 in2 cannot fit inside it.
Yes because each side of the square is 10 inches and 30/pi gives the circle's diameter as 9.549296586 or about 9.5 inches
No.
Whether the square is inside or outside the circle,they can't have more than 4 common points.
Yes because the diameter of the circle is less than the sides of the square.
None normally unless its vertices touches the circumference inside circle.
If the circumference of a circle is 6.28 then its area is about 3.138 square units
The square footage of a circle that measures 159 feet in circumference is about 2,012 square feet.