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Where is yttrium on the reactivity scale?
Yttrium is classified as a moderately reactive metal. It is part of the lanthanide series and typically reacts with oxygen and water, although it does so less vigorously compared to alkali metals. Yttrium's reactivity increases with temperature, and it forms stable oxides when exposed to air. Overall, it is more reactive than transition metals but less so than alkaline and alkaline earth metals.
Why is yttrium called yttrium?
Yttrium got its name from a town in Sweden named Ytterby. The element was discovered close to that town, and Yttrium was named after it.
How many protons and electrons does Yttrium have?
The element Yttrium has 89 protrons and 39 electrons The element Yttrium has 89 protrons and 39 electrons The elemetnt Yttrium has 39 proto The elemetnt Yttrium has 39 proto The elemetnt Yttrium has 39 proto The elemetnt Yttrium has 39 proto
What color is Yttrium?
Yttrium is a silvery metallic element.
How many shells are in yttrium?
Yttrium has five electron shells.
The price of 1g of Yttrium?
The price of 1g of Yttrium is 1 cent.
What year was the element yttrium discovered?
yttrium was discovered in the year 1794.
What happens to yttrium at room temperature?
Yttrium is a solid metal at r.t.
Origin name of the element yttrium?
The origin name for yttrium is ytterby.
What bonds with yttrium?
Yttrium typically forms ionic bonds with elements like oxygen and sulfur to create compounds such as yttrium oxide (Y2O3) and yttrium sulfide (Y2S3). It can also form metallic bonds with other metals, such as in alloys like yttrium-aluminum-garnet (YAG).
Can yttrium combine with other elements?
Yes, yttrium can combine with other elements to form compounds. Yttrium is a transition metal in the periodic table and has a valence electron configuration that allows it to form chemical bonds with other elements. It can form various compounds, such as yttrium oxide (Y2O3) and yttrium chloride (YCl3).
Yttrium was discovered where?
Yttrium was discovered in P.P. island, by Charles Burnsrash- in 1666
