It's either A or B. I would go with B though.
To find the circumference of a helix, we would need to
calculate the:
- circumference,
- length,
- handrail radius of the helix curve.
<h3>What is a Helix?</h3>
This refers to the type of curve in three-dimensional space that is created by a straight line drawn on a plane.
How to calculate the circumference of the helical path:
Circumference= 2πr
h = (height of helix x 360) / angle
Length = √h2 + circumference2
Unit Rise = h / circumference
Handrail Radius = (4π2r2 + h2) / 4π2r
where,
- π = 3.1415926
- r = Radius
- h = Height required for Helix to complete one revolution
Therefore, if we needed to find the circumference of a helix, we would:
calculate the:
- circumference,
- length,
- handrail radius of the helix curve.
Your question is incomplete so I gave you a general overview of the concept to give you a better understanding of how to find the circumference of a helix.
Read more about helical paths here:
brainly.com/question/15170572
#SPJ1
A sample question is:
For example, consider that an antenna is constructed in XF7 using the helix script. It will expand along the Z-axis and will have a radius of 50 cm. In addition, height of the helix curve is 2 cm and the angle made by the curve is 360.Calculate the circumference, length, handrail radius of the curve.
