What are the Interesting facts about ytterbium

There are many interesting facts about ytterbium that you might not have known. Ytterbium is a chemical element . Ytterbium's symbol is Yb and it has the atomic weight of 207.296. This makes ytterbium one of the most abundant transition metals, with an occurrence that is greater than aluminum and arsenic combined, in total deposits on Earth. As a result, a significant amount of ytterbium was produced for commercial use as a rare-earth metal during WWII. It's also known for having bright neon colors when heated to higher temperatures ＞5500℉).

Interesting facts about ytterbium

1. Discovery of Ytterbium

Ytterbium was the first element to be discovered in the "new lanthanide series" of rare-earth metals which are characterized by their highly similar chemical properties. The discovery of ytterbium was made by Swedish chemist, Carl Gustaf Mosander and his assistant, Jean Charles Galissard de Marignac who, during 1842 and 1843, separated ytterbium from an earlier discovered then-unknown element named erbium. Both elements were isolated from a sample of gadolinite and did not initially realize that they had isolated two different elements. The sample was a gift to Mosander by Swedish chemist Jöns Jacob Berzelius.

2. Production of Ytterbium Meta

At the time of discovery, ytterbium was not considered noteworthy and was assigned the name "ytterbite" or "heavy erbium". However, in 1870, German chemist Georges Urbain discovered that ytterbium had different properties from erbium and the two elements were later given distinct names.

3. Ytterbium and Rhodium

When ytterbium burns, it produces the highly poisonous fumes rhodium, which is the only metal known to do this. Rhodium was named after the Greek word for rose because of its pinkish color. Most elements are denser than water and since rhodium is less dense than water, it floats. Interestingly enough, other elements that are less dense than water include oxygen, nitrogen and hydrogen.

4. Ytterbium Oxide

Ytterbium oxide has been found to have a great ability to conduct electricity. The oxide is a compound of yttrium and beryllium, which are capable of being electrically charged. Thus, YBO3 is able to carry this charge as well, making it an unusual conductor of electricity. This, in combination with its chemical stability, makes ytterbium oxide useful for the production of highly durable ceramics and glasses. Further, when heated in pure oxygen at higher temperatures, the oxide becomes superconductive and can maintain this state for long periods of time.

5. Ytterbium and the 'Super-Egg'

In 1895, a method of making the super-hard, super-strong ceramic material known as ytterbium oxide was discovered. This development was created at the time by Nobel prize winners Wilhelm Ostwald, Adolf von Baeyer and Georges Urbain. They worked in their laboratory to create a ceramic material that was 1/4 the density of lead but had the same hardness and durability of copper. However, what is interesting about this material is that it doesn't contain copper at all; instead it contains ytterbium and beryllium. This material was nicknamed the "super-egg" and is said to be invulnerable to all acids, including aqua regia, which can dissolve platinum. The super-egg is also said to have the ability of killing flies that fly into it and die instantly.

6. Ytterbium's Color

When ytterbium is heated to higher temperatures (＞5500℉), it will glow with a brilliant neon-like orange/red color. However, in a dark environment, it will not be visible because of its low intensity. At room temperature, ytterbium is a silvery white color due to its highly reflective surface. At room temperature, ytterbium is a silvery white color due to its highly reflective surface. This is an interesting facts about ytterbium.

7. Ytterbium and the Effect of Temperature on Color

It's also known for having bright neon colors when heated to higher temperatures (＞5500℉). At lower temperatures, it will glow with a greenish-white color. When ytterbium is struck with something hard or warmed, it will shatter and turn into dust-like pieces that are strongly attracted to a magnet. This happens because of the elements softness and high ductility.

8. The Ytterbium Family

Ytterbium is an element with very similar properties to the other members of the erbium family. This family of elements contains five members: erbium, samarium, gadolinium and terbium. These elements all share a group-7 electronic configuration in their elemental periodic table diagrams and are known as s-block elements. In comparison to the other four members of the erbium family, ytterbium has a smaller atomic radius at its nucleus.

In conclusions, interesting facts about ytterbium are quite numerous and cover a wide range of topics, including the element's discovery, production and chemical properties.