Atomic radius increases down the group. This is because of the increase in number of shells.
Atomic size, number of shells (or energy levels) and electropositivity increases down a group on the periodic table.
Atomic radius increases down the group due to increase in no.of orbits around the nucleus.
As you go down group 1, the atomic number and atomic mass increase. Electronegtivity decreases and atomic radius increases.
Ionization energy decreases with the rise of atomic number in a group of periodic table.
The atomic mass increases down a group.
Atomic radius increases down the group. This is because of the increase in number of shells.
Group-1 has largest atomic radius. It decreases across a period
Atomic size, number of shells (or energy levels) and electropositivity increases down a group on the periodic table.
Within a group, the number of shells (or energy level) increases (as we go from top to bottom of a group) and hence the size of the atom or the atomic radii increases.
Atomic number increases down the group and along the period as well.
Yttrium is the largest metal in group three. It is atomic number 39 and has an atomic mass of about 88.9.
Down a group, the atomic size (energy level / shells) increases.
As you look down a group you notice that the atomic radius increases or becomes larger.
It tends to increaseThe atomic radius increases down the group
Atomic radius increases down the group due to increase in no.of orbits around the nucleus.
As you go down group 1, the atomic number and atomic mass increase. Electronegtivity decreases and atomic radius increases.