In general, atoms within a molecule are held together by bonding forces such as covalent bonds. These forces are attractive and help to keep the atoms close together. However, in some cases, atoms may repel each other due to overlapping electron clouds and steric hindrance if they are positioned too closely.
No. However, the protons within the atoms of the element will repel each other because they have equal positive charge.
atoms
The negative charges of their electrons repel each other.
the shared valence electron pairs repel each other.
no
The negative charges of their electrons repel each other.
No. However, the protons within the atoms of the element will repel each other because they have equal positive charge.
atoms
The negative charges of their electrons repel each other.
the shared valence electron pairs repel each other.
The negative charges of their electrons repel each other.
no
The force that acts to attract iron is magnetism. This force is produced by the movement of electrons within the material. When a material becomes magnetized, its atoms align in a way that creates a magnetic field that can attract or repel other magnetic materials.
The germanium chloride molecule is bent because there are two lone pairs of electrons on the germanium atom, which causes repulsion between the lone pairs and the chlorine atoms. This repulsion results in a bent molecular geometry.
I'm not sure what you mean by "combine", but if atoms are similarly charged, they will not attract... in fact, they will repel each other.
the shared valence electron pairs repel each other.
Some molecules have a pyramidal shape due to the presence of lone pairs of electrons on the central atom. These lone pairs repel the bonded pairs, causing the atoms to arrange themselves in a trigonal pyramidal geometry. This results in a distorted molecular shape with a slightly off-center nucleus.