The number of protons in an atom of the element.
A higher place in the periodic table of the elements.
Isotopes are atoms of same element having different atomic mass, but the same atomic number. Isotopes have not been given separate place in the modern periodic table.
It can't. the properties of an element determine it's group placement, without knowledge of these properties (or, indeed, the element itself) it would be impossible to place an element in it's proper place on the periodic table.
The periodic table is an array of various elements. Iodine is an element. Hence it finds it place on the periodic table.
An elements period is its row in the periodic table.
A higher place in the periodic table of the elements.
Isotopes are atoms of same element having different atomic mass, but the same atomic number. Isotopes have not been given separate place in the modern periodic table.
It can't. the properties of an element determine it's group placement, without knowledge of these properties (or, indeed, the element itself) it would be impossible to place an element in it's proper place on the periodic table.
Carbon
The periodic table is an array of various elements. Iodine is an element. Hence it finds it place on the periodic table.
Obsidian is not an element, therefore it does not have an atomic number or a place on the periodic table. Obsidian is a volcanic glass which forms when lava cools rapidly.
An elements period is its row in the periodic table.
The periodic symbol for the carbon element is: C. Carbon is in the 14th element group and can also be found almost anywhere in the world. The most famous place to find carbon is in graphite and diamonds.
How about you get the question right in the first place
The modern periodic table doesn't, but someone probably organized the periodic table by characteristics. A few elements have multiple characteristics of various groups or periods.... Ergo, it would be fitting to place an element in multiple spots of the table as seen fit. Hope this helps (:
electron the element one place to the right of X in the Periodic Table is formed
Neutrons are sub-atomic particles. The Periodic Table is an arrangement of the elements (atoms) made from these subatomic particles. Thus Neutrons by themselves have no place in the Periodic Table. However as all elements/atoms (except Hydrogen) contain some Neutrons, it is possible to find out how many using the information presented on the Periodic Table. The number of Neutrons present in an element/atom can be determined by subtracting the atomic number of an element/atom from its atomic mass.