https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/didaktik/didaktisch-eng/en-la-curie.pdf
present the information to the whole class. Using the above concepts as key words into your search engine: a) identify the historical context, the date in which was officially announced their discovery,
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/zip/zip-eng/story-curie-eng-full.zip
twelve born to James and Martha Ruther- ford. His father worked making wheels for carts, and as an engineer. Later, his father worked as a flax- miller. In contrast, his mother was an English teacher in a
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/zip/zip-eng/liebig.zip
several examples of Liebig’s research as an ideal for the scientific method. Together with the Belgian engineer George Giebertem, Liebig developed a reliable method of manufacturing beef extract. In 1865, he
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/biografien/biografien-eng/liebig-biografie-gb.pdf
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/geschichten/geschichten-eng/mouchot-story-gb.pdf
the sun might be our only available alternative.” Augustin thought that his idea of a solar-powered engine could contribute to the well-being and progress of the entire nation. Harnessing the sun’s energy [...] and his university training in physics and mathematics. He especially wanted to develop a solar engine that could drive all kinds of mechanical devices used in industry and agricul- ture. By 1866, he [...] technical assistance, the inventor could forge ahead. By the next year, Augustin had perfected a so- lar engine capable of driving an Archimedean screw that could be used to pump water for irriga- tion. In its
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/biografien/biografien-eng/mouchot-biografie-gb.pdf
an engine for the Universal Exhibition of 1878. He had im- portant mission to execute solar engines in French Algeria. He got a grant for the purchase of mate- rials and execution of solar engines and [...] France and other countries was noticed. Many factories used steam engines. It was necessary to have sources of fuel for steam engines. In France a big problem with coal appeared. The source of this fuel [...] A huge crowd gathered at Mou- chot’s “solar engine” device. It had a huge light – capturing apparatus that could generate enough steam to power a small engine. In his book “The Power of Light: The Epic
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/hintergruende/hintergrund-eng/hintergrund-mouchot-gb.pdf
other result of Mouchot’s attempts was a steam engine that was operated with steam pro- duced by his solar apparatus. Mouchot devised several of the engines; the largest was shown at the world exhibition [...] progressed at high speed. One of the side effects was the ne- cessity to have fuel for the seam engines that were the central power source in the factories. To France, this started to pose a major problem [...] exhibition in Paris in 1878. The conical mir- ror had a diameter of some five meters, and the engine could be used as a printing device and was also able to produce ice. Mouchot was awarded a gold medal for this
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/zip/zip-eng/rutherford-nuclear.zip
twelve born to James and Martha Rutherford. His father worked making wheels for carts, and as an engineer. Later, his father worked as a flax-miller. In contrast, his mother was an English teacher in a
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/zip/zip-eng/rumford.zip
other result of Mouchot’s attempts was a steam engine that was operated with steam pro- duced by his solar apparatus. Mouchot devised several of the engines, the largest was shown at the world exhibition [...] Consequently, Joule’s aim seemed to have been the construction of an economical electro- magnetic engine. This can be derived by the fol- lowing: "I can hardly doubt that electro- magnetism will ultimately [...] en- gine) will be in direct ratio of the quantity of elec- tricity, and the costs of working the engine may be reduced ad infinitum" (Joule 1884, p. 14). This idea of an ‘economical perpetuum mobile’ is
https://www.science-story-telling.eu/fileadmin/content/projekte/storytelling/zip/zip-eng/guericke.zip
University in Jena, and in the years 1623-1624 he studied mathematics, physics and fortification engineering at the Leiden University, Netherlands. After finishing his studies, he went on a nine- months [...] Guericke out for 300 thalers. Guericke moved then to Erfurt, where he became the fortifications engineer. In 1632, when Magdeburg was taken over by Swedish people, he came back to his homecity, where he