What exactly do you mean by "outside" diameter? C=d(3.14) This is supposed to be the symbol pi but I didn't know how to do it on my computer.
Circumference = pi*diameter so diameter = 37.68/pi = 11.994 feet,
The outside circumference refers to the distance around the outer edge of a circular object. It can be calculated using the formula ( C = 2\pi r ), where ( C ) is the circumference and ( r ) is the radius of the circle. If the diameter is known instead, the formula can also be expressed as ( C = \pi d ), where ( d ) is the diameter. The circumference is important in various applications, including engineering, architecture, and everyday measurements.
nominal diameter is the original diameter of an object
Well, first of all, it has to be a circle or a sphere, otherwise it's perimeter, not circumference. But if your object is a circle or a sphere, the formula is C=pi x diameter. So the circumference of your object is 5pi
If the object is a circle and if 9.5 is the diameter, the area is 70.88 and the circumference is 29.85
If the object is a circle and if 24 is the diameter, the area is 452.39 and the circumference is 75.4
A circumerence is the measurement around the outside of an object.
The ratio of circumference to the diameter of a circle is 3.14159 ... This value is called "Pi" and is represented by the Greek letter π.
The circumference of an object - particularly a circle - is the distance around the outside of it.
Unless you are talking about an electric meter or a gas meter, meters do not have a circumference. A circumference is the distance around the outside of an object. A meter is a unit of measurement, not an object.
measure the circumference, c. Since c = pi x d where d = diameter pi = 3.1415926535897932384676..... diameter = circumference / pi
To find the linear feet in a given diameter, you need to know the circumference (or perimeter) of the object. The formula to calculate the circumference is circumference = π × diameter. Without the circumference, it is not possible to determine the linear feet.