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How big square fits inside 36 inch circle?

The largest square that can fit inside a 36-inch diameter circle has its corners touching the circle. The diagonal of the square equals the diameter of the circle, which is 36 inches. Using the relationship between the side length (s) of the square and its diagonal (d) (where (d = s\sqrt{2})), the side length of the square is (s = \frac{36}{\sqrt{2}} \approx 25.45) inches. Thus, the side of the largest square that fits inside the circle is about 25.45 inches.


What parallelograms can go inside a circumscribed circle?

A square and rectangle can fit in a circle with all corners touching the circle.


Is it possible for a circle with 4 inches diameter to fit inside a circle with 15 inches circumference?

yes


If Circle 1 has a circumference of 39 inches Circle 2 is inside circle 1 Circle 2 is a uniform 2 inches inside circle 1 What is the diameter of circle 2?

Divide 39 by pi to find the diameter of circle 1 and then subtract four inches from your answer to give the diameter of circle 2.Circle 1 = 39/pi = 12.41408556 inchesCircle 2 = 12.41408556 - 4 = 8.41408556 inches


How many 2 inch squares can fit inside a rectangle 6 inches by 8 inches?

24


What is the universal set is represented in a Venn diagram by what shape a circle an oval or a rectangle?

The universal set of a Venn diagram is the rectangle and everything that is inside it.


What is the area of a square inside a circle where the radius of the circle is 2 inches?

1/2 inch


What is the circumference of circle inside a square with a perimeter of 32 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.


What is the largest stick that can be placed inside a box with dimensions of 24 inches and 30 inches and 18 inches?

42.4264 inches


Where is the center of the largest circle that you could draw inside a given triangle?

The center of the largest circle that you could draw inside a given triangle is going to be at the incenter of the triangle. This is the point where bisectors from each angle of the triangle meet.


Can you fit a circle with a circumference of 30 inches inside a square with an area of 100 inches squared?

Yes because the diameter of the circle is less than the sides of the square.


Larges circle fit in area z?

if area of square is Z area of largest circle just fit inside