decreases . . . increases

increases . . . decreases

increases . . . increases

stays the same . . . decreases

decreases . . . decreases

decreases . . . increases

increases . . . decreases

increases . . . increases

stays the same . . . decreases

decreases . . . decreases

decreases . . . increases

increases . . . decreases

increases . . . increases

stays the same . . . decreases

decreases . . . decreases

Atomic radius increases with increasing energy level. Atomic radius decreases as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius increases as new electrons are added within the same orbital.

Atomic radius decreases with increasing energy level. Atomic radius increases as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius remains constant as new electrons are added within the same orbital.

Atomic radius decreases with increasing energy level. Atomic radius remains constant as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius decreases as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius increases as new electrons are added within the same orbital.

Atomic radius decreases with increasing energy level. Atomic radius increases as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius remains constant as new electrons are added within the same orbital.

Atomic radius decreases with increasing energy level. Atomic radius remains constant as new electrons are added within the same orbital.

Nitrogen

Phosphorus

Magnesium

Sodium

Potassium

Nitrogen

Phosphorus

Magnesium

Sodium

Potassium

Atomic radius increases with increasing energy level. Atomic radius decreases as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius increases as new electrons are added within the same orbital.

Atomic radius decreases with increasing energy level. Atomic radius increases as new electrons are added within the same orbital.

Atomic radius increases with increasing energy level. Atomic radius remains constant as new electrons are added within the same orbital.

Atomic radius decreases with increasing energy level. Atomic radius remains constant as new electrons are added within the same orbital.

Nitrogen

Phosphorus

Magnesium

Sodium

Potassium

N

As

P

Bi