When atoms are removed from a molecule, the resulting structure can vary depending on which atoms are taken away. Typically, the removal of specific atoms can lead to the formation of smaller molecules or fragments. For example, if water (H₂O) loses a hydrogen atom, it can form a hydroxyl radical (OH). The specific molecule formed depends on the particular atoms that are removed and the context of the chemical reaction.
A nonpolar molecule is formed when all atoms in a molecule have an equal attraction to the shared electrons. This means there is no separation of charge, resulting in no net dipole moment within the molecule.
A molecule of water is formed with a polar covalent bond.
If atoms of same element combine, we say that element is existing in its real state (or simply a molecule of that element is formed). If two atoms of different elements combine, a compound is formed.
Yes, it is a diatomic element, a diatomic molecule. Some examples:O2 gasBr2 liquidI2 solid
When two atoms combine, they can form a molecule or a compound, depending on the type of atoms involved. A molecule is formed when two atoms of the same element combine, while a compound is formed when atoms of different elements combine. This combination is achieved through chemical bonding.
Water (H2O) molecules, one on either side of the molecule.
An element is formed from atoms; atoms are formed from protons, neutrons and electrons.Protons and neutroms are formed from quarks and gluons.A molecule is formed fro atoms.
Molecules are formed when atoms lose electrons and then attach themselves to other atoms
when a phosphate group is removed from ATP energy is released and the molecule ADP is formed.
Molecules are formed by the bonding of atoms.
a molecule / compound
a molecule
molecule
a molecule
A molecule is formed
Molecules are formed by different arrangements of atoms. Example: one molecule of water is formed by 2 atoms of hydrogen and one atom of oxygen. (H2O). This is called the formula of a molecule.
i am doing the same worksheet right now.... Molecule