The valence of tellurium (Te) is typically -2, meaning it tends to form compounds where it has gained 2 electrons.
Those in group VI such as O, S, Se, Te, Po Lv.
d is the answer. Just one valence electron- all te other characteristics are shared with oter metals.
Zero valence
The valence of aluminium is 3+.
Valence electrons
Tellurium (Te) has six valence electrons.
Se and Te will have the same valence-shell electron configuration as they are both in the same group (group 16) and have 6 valence electrons. Sr and Cs will have different valence-shell electron configurations as Sr is in group 2 with 2 valence electrons and Cs is in group 1 with 1 valence electron. N and O will have different valence-shell electron configurations as N has 5 valence electrons while O has 6. H and He will have different valence-shell electron configurations as H has 1 valence electron and He has 2.
H-Te-H. Just add 3 lone pairs and you will have it.
Those in group VI such as O, S, Se, Te, Po Lv.
The atoms with six valence electrons are the elements of group sixteen. This list includes O, S, Te, Se, and Po. If you would like to answer this yourself, just remember that the last digit of the group number is typically the number of valence electrons that you will have. The exceptions of course are the transitional metals from group 3 to 12 and the lanthanides and actinides like uranium and plutonium. These have 2 valence electrons.
d is the answer. Just one valence electron- all te other characteristics are shared with oter metals.
Tellurium (Te) typically forms two covalent bonds due to its electronic configuration. It has six valence electrons, and it needs two more electrons to complete its octet. This results in the formation of two covalent bonds with other elements.
There are 3 valence electrons in an atom of aluminium.
Electrons in the outermost shell are valence electrons!
Zero valence
There are no valence electrons.
The valence of aluminium is 3+.