For the small circle of diameter 6, the circumference is 18.84.
The circumference of the small circle would be 18.84.
Circles come in different sizes. You can have them as small or as large as you want.The circumference of a circle is equal to the diameter, multiplied by pi. That's the same as 2 x radius x pi.The area of a circle is equal to pi x radius2.
Circumference of a circle is pi * diameter. Diameter is 2 * radius. So if you know the radius, circumference is 2 * pi * radius. Now choose an appropriate approximation for pi (3.14, or 3.1416, or even the fraction 22/7), depending on your application. This will work for ANY circle, no matter how big or small it is, as long as it's a true circle and not a different elliptical shape, e.g. an oval.
-- Draw a circle. -- Put a mark at the center, and draw a line across the whole circle through the center. -- Measure the length of the curved line all around the circle. (called the "circumference" of the circle) -- Measure the length of the straight line across the circle. (called the "diameter" of the circle) If you divide the circumference by the diameter, the result is 'pi'. It doesn't matter how big or how small the circle is. The result is always the same.
radius of any circle = diameter/2
The circumference of the small circle would be 18.84.
7.00
Area = Pi multiplied by the radius squared Circumference = Pi multiplied by the diameter r = 10 in./2 = 5 in. A = (3.1415)(5 in.)(5 in.) = 78.54 in.2 C = (3.1415)(10 in.) = 31.42 in. Therefore, a small circle with a diameter of 10 inches has an area of about 78.54 inches squared and a circumference of about 31.42 inches.
Circles come in different sizes. You can have them as small or as large as you want.The circumference of a circle is equal to the diameter, multiplied by pi. That's the same as 2 x radius x pi.The area of a circle is equal to pi x radius2.
The small intestine, while longer than the "large" intestine, is smaller in diameter and circumference, comparatively, to the large intestine.
Circumference of a circle is pi * diameter. Diameter is 2 * radius. So if you know the radius, circumference is 2 * pi * radius. Now choose an appropriate approximation for pi (3.14, or 3.1416, or even the fraction 22/7), depending on your application. This will work for ANY circle, no matter how big or small it is, as long as it's a true circle and not a different elliptical shape, e.g. an oval.
-- Draw a circle. -- Put a mark at the center, and draw a line across the whole circle through the center. -- Measure the length of the curved line all around the circle. (called the "circumference" of the circle) -- Measure the length of the straight line across the circle. (called the "diameter" of the circle) If you divide the circumference by the diameter, the result is 'pi'. It doesn't matter how big or how small the circle is. The result is always the same.
The diamerter of the large intestine is larger, and the diameter of the small intestines is smaller The diamerter of the large intestine is larger, and the diameter of the small intestines is smaller It has a significantly larger circumference. Diameter, the large intestine is far thicker then the small intestine. It's smaller in diameter. It is larger in diameter, not length.
radius of any circle = diameter/2
The simple answer is that pi is the ratio of the circumference divided by the diameter of any circle. This is universally true because any circe, big or small, has the same ratio. Therefore, the circumference is equal to pi times the diameter, or pi times two times the radius. The long answer involves arc length integrals over the equation for a circle, y=sqrt(r^2-x^2)
The size of a small moon The first was 160 kilometers in diameter and had a circumference of 503 km. The second was 900 km in diameter and had a circumference of 2827 km.
Circumference of a circle = pi DCircumference of the big one = 12 piCircumference of the small one = 8 piDifference = (12 pi - 8 pi) = (12 - 8) pi = 4 pi = 12.5664 inches (rounded)