No.
The ratio of circumference to diameter for any circle is pi, which is approx 3.14 Consequently, the circumference of every circle is more than 3 times greater than its diameter. but i think it is not applicable for curve surface.
The circumference of a circle is 3.14159… times, or pi times bigger than its diameter.
Yes, the circumference of a circle is always larger than its diameter. The relationship between the two is defined by the constant π (pi), which is approximately 3.14. This means that the circumference is about 3.14 times the diameter, making it larger.
8.68
It is larger than the diameter by a factor of Pi (about 3.1416).
It's longer than both. The circumference - is the distance around the circle... The diameter - is the distance across the circle, passing through the centre... The radius - is the distance from the centre of the circle to the edge.
The circumference of a circle is 3.14159… times, or pi times bigger than its diameter.
You cannot really compare those two different kinds of values - it's quite nonsense to compare area versus circumference. You could compare numbers but they'll vary depending on your choice of units. Anyway, it's perfectly possible to have shape of area, say, 1 m2 and circumference measured in kilometers - if the shapes perimeter is ragged.
Given a diameter d, the circumference of a circle is Pi*d. Thus the circumference is Pi times larger than the diameter.
8.68
A circle's radius is always smaller than both its diameter and its circumference.
No, only if the diameter is bigger than the radius is the radius smaller than the diameter.
The circumference of the circle is larger than the perimeter of the rectangle.
Yes, always
Because the diameter is a straight line.
It is larger than the diameter by a factor of Pi (about 3.1416).
Diameter is the distance across a circle through the center. Circumference is the distance around the outside of a circle. Circumference is always pi (3.14) times larger than diameter.Note:pi is approximately 3.14
Generally, Pi is used to represent the rate of change of the circumference of a circle as it's diameter increases. This can be shown using the equation [circumference = Pi * diameter], that is the circumference of a circle is always Pi times larger than it's diameter.