It should belongs to group 17.
This artificial element exist - ununseptium (temporary named) with the symbol Uus. It is in "Group 17".
An atom is an element. Every atom has a certain amount of protons, neutrons and electrons and these are what define which element that atom is.
There is no such thing as a cancer atom as cancer is not an element or even a substance. Cancer is a disease. An atom can belong to only one element and cannot contain others.
The most reactive chemical elements are in the first group of the periodic table of elements.
Hydrogen is not in a group with other families. It actually is in group 1 of the Periodic Table. It is a diatomic atom when it combines with other elements.
It should belongs to group 17.
This artificial element exist - ununseptium (temporary named) with the symbol Uus. It is in "Group 17".
well i asked you.
yes
An atom is an element. Every atom has a certain amount of protons, neutrons and electrons and these are what define which element that atom is.
An atom's "group" is its column position in the Periodic Table of the Elements. Elements in the same group in the periodic table have similar chemical properties. This is because their atoms have the same number of electrons in the highest occupied energy level.
A neutral atom that is not an isotope with an atomic mass of 32 is sulfur. Sulfur belongs to group XVI.
Elements are just one type of atom. An element is a group of atoms of one type.
There is no such thing as a cancer atom as cancer is not an element or even a substance. Cancer is a disease. An atom can belong to only one element and cannot contain others.
The most reactive chemical elements are in the first group of the periodic table of elements.
The valence electrons are found on the valence shell, the outermost shell of an atom. By using the periodic table and the group numbers, one can find the number of valence electrons for elements in groups (vertical columns) 1-2 and 13-18. For the 1st 2 groups (1 and 2), the group number tells the number of valence electrons for elements which belong in that group Elements in the 1st group have 1 valence electron and elements in the 2nd group have 2 valence electrons. For groups 13-18, refer to the tens' value (the teen value that is not the "1" in these cases). Elements in group 13 have 3 valence electrons, elements in group 14 have 4 and so on to the the final group, 18, where electrons have a full octet of valence electrons.