Much the same as for other atoms. Differences in atomic number play no role.
ionic
A periodic chemistry is a periodic table. A periodic table is a tab,e with atoms and elements. Whatever we eat or use have atoms or elements.
The largest atoms on the periodic table are the heavier alkali metals.
Molecules adopt arrangements that minimize potential energy, and this typically involves maximizing the distance between their constituent atoms. When atoms are further apart, the electrostatic repulsion between their negatively charged electron clouds is reduced, resulting in a lower potential energy state. This stability leads to molecules adopting a configuration where atoms are as far away from each other as possible.
In the left corner down of the periodic table.
Atoms on the Right Hand Side of the periodic table - Carbon, Phosphorous, Chlorine itself etc
ionic
A periodic chemistry is a Periodic Table. A periodic table is a tab,e with atoms and elements. Whatever we eat or use have atoms or elements.
A periodic chemistry is a periodic table. A periodic table is a tab,e with atoms and elements. Whatever we eat or use have atoms or elements.
Forces between electron pairs push the atoms apart.
Forces between electron pairs push the atoms apart.
Forces between electron pairs push the atoms apart.
As you go across the periodic table from left the right the metallic nature decreases and the non- metallic nature increase. As we go down the group of atoms on the metal side the atoms get bigger and being metals loose electrons more easily therefore become more reactive As we go the group of atoms on the non metal side the atoms get smaller and are less likely for electrons to be gained
The closer they are to the center of the periodic table, the more likely they are to form covalent bonds. The closer to the edges, the less likely.
yes as long as they cancel out
cesium and fluorine
The largest atoms on the periodic table are the heavier alkali metals.