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Meyer, Julius Lothar

1830-95, German chemist. He taught at Breslau, Karlsruhe, and Tübingen (from 1876) and is known especially for his work in the development of the periodic law, for which, with Mendeleev, he received the Davy medal in 1882. He evolved the atomic volume curve (1869), which represented graphically the relation between the atomic weights and the atomic volumes of the elements.

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What is Alfred Wegeners middle name?

Alfred Lothar Wegener


What is the name of German scientist who came up with a periodic table independently but at the same time as the Russian scientist?

The Russian chemist Dmitri Mendeleev's periodic tables are dated 1869 and 1871. Where as the German, Julius Lothar Meyer brought out an alternative periodic table in 1870. Both tables are very similar, but were definitely independent works.


Was mendeleev able to gather information from scientists internationally?

Yes, Dmitri Mendeleev was able to gather information from scientists internationally, as he corresponded with and utilized research from chemists around the world. His periodic table was influenced by the work of scientists like John Newlands, Lothar Meyer, and others, showcasing a collaborative scientific environment. Mendeleev's ability to synthesize this global knowledge was crucial in developing his periodic classification of elements.


What is the best test to use to identify a blood stain?

The best test to identify a blood stain is the Kastle-Meyer test, which detects the presence of hemoglobin. This test involves applying a reagent that reacts with hemoglobin to produce a color change, indicating a positive result for blood. Other confirmatory tests, such as the Takayama or Teichmann tests, can further identify the presence of blood and its origin, particularly distinguishing human blood from animal blood. However, the Kastle-Meyer test is commonly used for its simplicity and effectiveness in field conditions.


How is the viscosity of the given liquid found by Meyer's oscillating disc method?

Three circular discs are rigidly fixed to a common axis followed by four fixed discs above, below and between the oscillating discs all at equal distances and close together. Then the surrounding gas can then be calculated from the logarithmic decrement of amplitude.