The elements in group 8 of the Periodic Table are iron (Fe), ruthenium(Ru), osmium(Os), and hassium(Hs). All four of these elements are grouped together because each of their atoms has a full valence shell containing the maximum of 8 electrons. Atoms seek to bond when their outer valance is unstable and has less than 8 electrons. Their goal is to fill the valance with 8 electrons to become chemically unable to bond or "chemically inert." That is the case with the group 8 elements. They have a complete or closed shell and that is why they do not bond with other elements.
Ionic bonds involve an element gaining an electron and an element losing an electron.Ionic bonds differ from covalent bonds in that covalent bonds cause elements to "share" electrons, while in ionic bonds there is a distinct transfer of electrons.Ionic Bond.
Mineral groups differ in composition based on the elements they contain and their crystalline structures. For example, silicate minerals contain silicon and oxygen, while sulfide minerals contain sulfur and metal ions. The ratio of elements and the way they are arranged in the crystal lattice determine the unique properties of each mineral group.
neither it is a mixture because they dont make a new substance and they can be broken down into other elements
Yes, in fact if you melt both of them, shape them into a sword, you have something that can possibly split anything without denting, shattering or making a scratch in the newfound metal Tunganium or Titansten.
Bronze is an alloy composed primarily of copper and tin, with the proportion of these two elements varying based on the desired characteristics of the bronze. Other elements, such as aluminum, manganese, or silicon, may also be added in smaller amounts to modify its properties.
Group 7 elements, also known as the halogens, are typically stored in sealed containers or under inert gases such as argon. This is because they are highly reactive and can form compounds with various other elements in the air. Special precautions are taken to prevent their accidental reactions with other substances.
The platinum group is often used for electrodes or catalyts because they do not combine easily with other elements.
Members of group 18, or the noble gases, are unreactive because they have a full valence shell of electrons. This stable electron configuration makes them very unreactive and unlikely to form chemical bonds with other elements.
If you mean 'neon' then yes however the elements in group eight are termed inert or noble(meaning they dont bond) when some such as xenon bond!!! an example of this is xenon difluride. Outrageous!! any way this is because their valence of electrons is a complete eight hence they are in group eight. however an element with three electron shells will tend to break the trend, because they need to get eighteen electrons in their outer shell in order to be full!!
Cuss , they're Very Dumb , feel Me ? & i Dont qet it , So Ummm , kay . .
i dont know the answer<<<Then why did you answer??? PS: good luck with the weekly quiz bowl.
The y are orgnized by there atomic number and if you need more answers dont use wikipedia.com they dont have right answers and anyone can change the answers as they please so use a diffren site if you want a good grade on anything
potassium of course and other stuff that are in bananas which are umm..i dont know
No, not in nature or most normal circumstances because it already has 8 electrons in its 'outer shell', so energetically it doesn't want to bond. However, in extreme conditions in the laboratory, compounds of Krypton have been made.
so they dont get eatin by other predators or so they can hunt better
Its very reactive it could make your house explode if you dont use it right
These gases generally dont react with any other elements and hence are considered 'noble'.