The larger the highest energy level, the larger the atomic radius.
the larger the highest energy level number, the larger the atomic radius (Apex)
The larger the highest energy level, the larger the atomic radius.
Along a period, nuclear charge increases. hence, atomic radius decreases.
As you move down a column of the periodic table, the atomic radius increases due to the addition of electron shells. Each new shell is farther from the nucleus, which increases the overall size of the atom. Additionally, even though the nuclear charge increases, the effect of increased shielding from inner-shell electrons reduces the effective nuclear attraction on the outermost electrons, allowing them to be held less tightly and contributing to a larger atomic radius.
Nitrogen has an atomic radius of about 56 picometers. This makes it one of the smaller atoms on the periodic table.
More protons in the nucleus pull the electrons in, making the atomic radius smaller.
Noble gases, found in Group 18 of the periodic table, typically do not form ions because they have a stable electron configuration with a full outer shell. This configuration makes them highly unreactive and unlikely to gain or lose electrons to form ions.
Not as long as you have a periodic table. The table is made based on a set of rules. The first column. makes +1 ions. The last (18th) column does not for bonds (it's shells are full). With the exception of transition metals, this applies in a pattern. (ie. the second column makes +2, the third makes +3, the second-to-last makes -1, the third-to-last makes -2).
The column definitions of a table can be modified using the ALTER TABLE command.ALTER TABLE employeeMODIFY emp_name varchar2(100) not null;This command makes the emp_name as a not null column and a alpha numeric column of 100 characeter width
Chemical reactivity generally decreases as you move down a column on the periodic table. This is because the outermost electron shell gets farther away from the nucleus, making it harder for the elements to gain or lose electrons, which are key factors in chemical reactivity.
As you move from left to right along a period in the periodic table, the atomic radius decreases. This is primarily due to the increasing positive charge of the nucleus, as more protons are added, which leads to a stronger attraction between the nucleus and the electrons. Although electrons are also being added, they enter the same energy level without significantly increasing electron shielding, resulting in a net decrease in atomic size. Consequently, the greater effective nuclear charge pulls the electron cloud closer to the nucleus, reducing the atomic radius.
The column next to the noble gases in the periodic table is the halogens group. Halogens are highly reactive because they only need one more electron to complete their outer electron shell and achieve a stable electron configuration. This makes them eager to chemically react with other elements to gain that electron and become stable.