In "Hamlet", by William Shakespeare, Act V, Scene II, the statement that describes the allusion in these lines is option c. Horatio refers to Roman soldiers who gave up their lives in allegiance to their emperor. Laertes and Claudius die. Hamlet is also dying. Horatio wants to drink the poison that's left in the cup because he offers his life as Roman soldiers did for their emperor.
Here are my three proposals:
- Eliminate all welfare programs that took tedious process and transform it into unversal basic income (that will be given to all legal citizen without question)
- The government should create an institute that is specifically functioned to gather data regarding citizens' economic status
- Make all citizen required to report their economic status everytime they received a government help
Answer:
Sipho Sepamla is a South African poet born in 1932. He wrote this poem during Apartheid and had some of his work banned by the Apartheid regime.
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
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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.