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In 1787, Karl Arrhenius came across an unusual black rock in an old quarry at Ytterby, near Stockholm. He thought he had found a new tungsten mineral. To prove his hypothesis, he passed the specimen over to Johan Gadolin in Finland.
Until 1794, Gadolin announced that it contained a new 'earth' which made up 38 percent of its weight.
In 1828, Friedrich Wöhler isolated Yttrium by synthesizing it's chloride and heating it with Potassium Metal. Yttrium was then isolated.
Atomic Number : 39
Name : Yttrium Latin Name : Yttrium
Electrons per shell : [ 2, 8, 18, 9, 2 ]
Discoverer : Johan Gadolin ( 1794 )
Isolator : Friedrich Wöhler ( 1828 )
Element's : Atomic Mass : 88.906 u
: Density : 4.5 g/cm³
: Type : Transition Metal
Chemical Properties :
- Reacts with cold water slowly and hot water rapidly.
- Dissolves in both acids and alkalis
- Yttrium Oxide is the element to produce red colours in early televisions.
- 33 type of Isotopes :
Some of the 3 types are :
Yttrium Electron Shell
Physical Properties
- bright, silvery surface
- soft
- ductile
- melting point : 1509 degrees Celsius ( 2748 Fahrenheit )
- boiling point : 3000 degrees Celsius ( 5400 Fahrenheit )
Uses
Yttrium is used as an additive in alloys. Besides, Yttrium is also used in most technologies such as to make microwave filters for radar.
Microwave Filters |
How did Yttrium got it's name?
Yttrium got it's name from a city called Ytterby, located at Sweden. As for why, Ytterby is the city where Yttrium was found. Besides, Yttrium is one of four if the elements to be named after Ytterby.
One of the mine on Ytterby |
THIS IS THE END OF YTTRIUM
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