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  1. The Archimedean spiral (also known as the arithmetic spiral) is a spiral named after the 3rd-century BC Greek mathematician Archimedes. It is the locus corresponding to the locations over time of a point moving away from a fixed point with a constant speed along a line that rotates with constant angular velocity .

  2. 21 Jan 2020 · Learn about the Archimedean spiral, a curve traced by a point moving along a line that rotates with constant angular velocity. Find out its equation, arc length, and how it is used in spiral antennas and GPS.

  3. 4 hari yang lalu · An Archimedean spiral is a spiral with polar equation r=atheta^(1/n), (1) where r is the radial distance, theta is the polar angle, and n is a constant which determines how tightly the spiral is "wrapped."

  4. 4 hari yang lalu · Archimedes' spiral is an Archimedean spiral with polar equation r=atheta. (1) This spiral was studied by Conon, and later by Archimedes in On Spirals about 225 BC. Archimedes was able to work out the lengths of various tangents to the spiral.

  5. 21 Jan 2022 · This is a video explaining what is so extraordinary about Archimedes, and the geometric things he did back in the BC. This is a partial explanation of the topic, and a partially explaining the ...

  6. Learn about the Archimedean spiral, a transcendental curve discovered by Conon of Samos and studied by Archimedes. Find out how to construct, characterize, measure and use this spiral in various fields of mathematics and mechanics.

  7. 26 Mac 2023 · Archimedean spiral. A plane transcendental curve the equation of which in polar coordinates has the form: $$\rho=a\phi.$$. Figure: a013150a. It is described by a point $M$ moving at a constant rate along a straight line $d$ that rotates around a point $O$ lying on that straight line.