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There is a page named "File:Archimedes principle.svg" on Wikipedia
DescriptionArchimedes-principle.svg English: experiment showing Archimedes' principle Date 25 June 2018 Source Own work Author MikeRun...(640 × 420 (634 KB)) - 02:47, 12 September 2023
DescriptionArchimedes principle.svg فارسی: ایجاد شده با Inkscape English: Created with Inkscape Date 18 December 2020 Source This file was derived from:...(512 × 356 (1 KB)) - 04:11, 25 February 2024
Principle of Archimedes' method of approximating π. This is hardly the principle, Archimedes did not go from pentagon to hexagon to octagon: he started...(707 × 238 (41 KB)) - 02:49, 12 September 2023
DescriptionBuoyancy-archimedes-principle.svg English: Illustrative derivation of the Archimedes' principle. Date 9 May 2024 Source Own work Author MikeRun...(683 × 418 (24 KB)) - 07:39, 9 May 2024
Attribution-Share Alike 4.0 truetrue English principle of minimum potential energy and the archimedes principle author name string: MikeRun Wikimedia username:...(956 × 956 (34 KB)) - 06:34, 22 June 2024
File:Principio di Archimede galleggiamento.png (category Archimedes' principle)File:Archimedes principle.svg is a vector version of this file. It should be used in place of this PNG file when not inferior. File:Principio di Archimede...(600 × 500 (12 KB)) - 07:42, 18 July 2022
DescriptionBuoyancy-archimedes-principle2.svg English: Illustrative derivation of the Archimedes' principle. Date 9 May 2024 Source Own work Author MikeRun...(683 × 418 (23 KB)) - 07:49, 9 May 2024
DescriptionGolden-crown-archimedes.svg English: A prove that a crown is made of impure gold using the Archimedes' principle. Date 9 May 2024 Source Own...(707 × 355 (13 KB)) - 05:50, 9 May 2024
96-Eck.svg Deutsch: 96-Eck, Archimedes nutzte dieses Vieleck zur Abschätzung der Kreiszahl π {\displaystyle \pi } English: 96-gon, Archimedes used this...(471 × 531 (33 KB)) - 14:54, 17 May 2024
DescriptionDisplacement-measurement.svg English: Measuring volume of a solid by immersing the object and note the change in water level. Date 12 April...(960 × 694 (79 KB)) - 10:31, 15 August 2022
DescriptionPrincipio di Archimede.svg Italiano: Principio di Archimede applicato ad un cubo immerso in un fluido. Date 26 April 2014, 13:45:50 Source...(500 × 500 (122 KB)) - 18:26, 10 August 2023
Author Petrus3743 SVG development InfoField The SVG code is valid. This trigonometry was created with GeoGebra by Petrus3743. This SVG trigonometry uses...(529 × 204 (6 KB)) - 14:56, 17 May 2024
File:Pressure distribution on an immersed cube.png (category Archimedes' principle)using vector graphics as an SVG file. This has several advantages; see Commons:Media for cleanup for more information. If an SVG form of this image is available...(1,800 × 1,201 (105 KB)) - 00:22, 7 April 2021
File:Forces on an immersed cube.png (category Archimedes' principle)using vector graphics as an SVG file. This has several advantages; see Commons:Media for cleanup for more information. If an SVG form of this image is available...(1,800 × 1,201 (53 KB)) - 00:22, 7 April 2021
File:Approximation of an arbitrary volume as a group of cubes.png (category Archimedes' principle)using vector graphics as an SVG file. This has several advantages; see Commons:Media for cleanup for more information. If an SVG form of this image is available...(1,800 × 1,201 (82 KB)) - 02:38, 10 September 2023
