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A comprehensive lesson plan designed for teaching high school geometry students the historical methods of calculating pi using techniques from ancient Egyptian, Plato, and Archimedes' methodologies.
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How to fill out archimedes calculation of pi

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How to fill out Archimedes’ Calculation of Pi

01
Begin with a circle of known radius.
02
Inscribe a polygon within the circle (start with a hexagon).
03
Calculate the perimeter of the inscribed polygon.
04
Circumscribe a polygon around the circle using the same number of sides.
05
Calculate the perimeter of the circumscribed polygon.
06
As the number of sides of the polygons increases, both perimeters approach the circumference of the circle.
07
Use the formulas for the perimeters of the inscribed and circumscribed polygons to approximate Pi.
08
Repeat this process with polygons of increasing sides for more accurate results.

Who needs Archimedes’ Calculation of Pi?

01
Mathematicians studying geometry and historical methods of calculating Pi.
02
Students learning about the history of mathematics and the significance of Pi.
03
Engineers needing accurate calculations for circular designs and measurements.
04
Educators teaching mathematical concepts related to Pi.
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People Also Ask about

History of Pi In 250 B.C.E., Greek mathematician Archimedes created the first algorithm that calculated the first few decimals in Pi. He drew hexagons inside and outside of a circle. Then he doubled the number until reaching a 96-sided polygon.
Around 150 AD, Greco-Roman scientist Ptolemy, in his Almagest, gave a value for π of 3.1416, which he may have obtained from Archimedes or from Apollonius of Perga.
0:00 1:32 4 next let's inscribe another square inside the circle clearly the circumference of this circle. IsMore4 next let's inscribe another square inside the circle clearly the circumference of this circle. Is greater than the perimeter of the square. We can figure out the length of one side like.
In 2021, the University of Applied Sciences of the Grisons (FHGR) set the world record for the most accurate calculation of the circular number pi by calculating 62.8 trillion decimal places.
He would be the first to theoretically calculate the digits of Pi. Archimedes envisioned a hexagon inscribed within a circle with radius ½. The formula for circumference is 2πr. Hence, with ½ as a radius, the circumference of his circle would be π.
π = Circumference / Diameter = 3.14159 = 22/7 Circumference(C)Diameter(D)C/D 3.1 1 3.1 6.24 2 3.12 9.378 3 3.126 12.5678 4 3.1411 more row • Jun 14, 2022
Supercomputer took 108 days to run the calculations.

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Archimedes' Calculation of Pi refers to the ancient method developed by Archimedes of Syracuse to approximate the value of pi (π) using inscribed and circumscribed polygons. He used a 96-sided polygon to show that pi is between 3.1408 and 3.1429.
There is no specific filing requirement for Archimedes’ Calculation of Pi as it is a mathematical concept rather than a formal document or report. It is primarily studied in mathematics and education.
There is no form to fill out for Archimedes' Calculation of Pi. To use Archimedes' method, one would calculate the perimeters of inscribed and circumscribed polygons to approximate the value of pi.
The purpose of Archimedes' Calculation of Pi is to provide a method for approximating the value of pi through geometrical constructions, which was crucial for advancing the understanding of circles and their properties in mathematics.
Since Archimedes' Calculation of Pi is not a formal report, no specific information needs to be reported. However, findings regarding the calculated approximations and the methodologies used may be shared in academic contexts.
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