When calculating the distance per degree for laying out a nozzle on a vessel, what is the divisor used on the circumference measurement?

To determine the distance per degree when laying out a nozzle on a vessel, the correct divisor applied to the circumference measurement is 360. This is because a complete circle is defined as 360 degrees, and the circumference represents the total distance around that circle. By dividing the full circumference by 360, you can calculate how much distance corresponds to a single degree of rotation.

This method is essential in various engineering applications, including laying out nozzles, as it provides a precise measurement for positioning and aligns with standard practices in mechanical design and fabrication. Understanding this relationship between degrees and distance is crucial for ensuring accurate installations and maintaining proper functionality of vessels.