so to make clear things the ratio of atomic radius is same but the nuclear radius isn't same right?ash64449 said:Nuclear radius will be different but atomic radius will remain the same. As atomic radius is the distance between the center of the nuclei to the outermost electron-which is same for both.
ratio is 1 and 'not same'
adi adi said:ratio of atomic radius is same
adi adi said:nuclear radius isn't same right?
Yes, the atomic mass of an atom does affect its radius. As the atomic mass increases, the number of protons and neutrons in the nucleus also increases, leading to a larger nucleus and therefore a larger atomic radius.
The atomic mass directly affects the size of an atom. As the atomic mass increases, the number of particles in the nucleus also increases, resulting in a larger nucleus and therefore a larger atomic radius.
Yes, there is a direct relationship between atomic mass and atomic radius. As the atomic mass increases, the atomic radius also increases. This is because the number of particles in the nucleus increases, leading to a larger nucleus and a larger atomic radius.
The atomic mass does not directly affect the electron configuration of an atom. However, as the atomic mass increases, the number of electrons also increases, leading to a more complex electron configuration.
No, an atom with a higher atomic mass cannot have a smaller atomic radius than an atom with a lower atomic mass. The atomic radius is determined by the number of particles in the nucleus, which increases with atomic mass. Therefore, an atom with a higher atomic mass will always have a larger atomic radius.