I never heard of a "code length"; please clarify.
not sure There are two main lengths that are pertinent to a circle, namely, the diameter of the circle and its circumference, the phrase "length of a circle" does not convey much meaning.
you need to quote the circumference to calculate the length of the arc or its percentage
diameter of a circle = 2*radius or circumference/pi
The circumference of a circle is defined as 2(pi)d. Transpose the formula and calculate it.
Calculate the area of the circle of 101 mm radius. Multiply this by the length of 656 mm. Divide the result by 1,000.
length(L) of the diameter is called as the circumference........... L=∏*D.........where ∏ is 'pi' and equivalent to 22/7. and 'D' is the diameter of the circle.
The length around a circle is the circumference The length across a circle is the diameter
The circumference is the perimeter of a circle, total outer length of a circle. Use 2 x (pi) x r to calculate the circumference, where (pi)= 3.142, r= radius of circle. :)
Of a circle: divide the length of the circumference by the value of Pi (about 3.14159). The answer is the diameter. Half of the diameter is the radius
The answer depends on what information about the circle is given: area, radius, length and angle of arc, area and angle of sector, etc. In each case, there is a different way to calculate the diameter but, since there is no information on what is known, it is not possible to answer the question.
Pi can be used to calculate the area of a circle Pi can be used to calculate the circumference of a circle
To calculate the length of a spiral ring, you can use the formula for the circumference of a circle and adjust it based on the spiral's geometry. If the spiral is a simple helix, the length can be approximated by multiplying the number of turns by the average circumference of the spiral's base circle. For more complex spirals, you may need to use calculus to integrate the curve's path along its length. Generally, the formula involves parameters such as the radius, pitch, and number of turns.