there are various bonds formed to form compounds
1 ionic bonds- bond formed from electrostatic attraction eg NaCl
2 covalent bond -two elements share electrons eg O2, Cl2
3 dalton bond or co ordinate covalent bond - dative bond is a covalent bond where both electrons come from the same atom. NH3 -BF3
they combine with themselves atoms of different elements connot combine with each other wothout making a new molecule
atoms
Two or more different kinds of atoms chemically combine to form a compound. The atoms make a molecule of that compound, which is the smallest individual component (part or piece) of that substance.P.S. That makes the answer Molecule.
Atoms of different elements can " stick together " ( making compounds ) via elements sharing or trading arrangements called
not necessarily. A molecule is multiple atoms combined chemically, but the atoms do not need to be of different elements. A compound is several elements combined chemically though.
they combine with themselves atoms of different elements connot combine with each other wothout making a new molecule
neutral
A compound.
to make babies
No. Molecules are made of atoms, not the other way around. Atoms of different elements combine to form compounds.
compound
Compounds
Yes: compounds have to consist of at least two different elements.
Atoms are the basic building blocks of matter, and they combine to form elements. Elements are composed of one type of atom and can be found on the periodic table. When atoms of different elements are chemically bonded together, they form molecules.
Yes, atoms from different elements can combine to form molecules or compounds. This occurs when atoms share electrons or transfer electrons to achieve a stable electron configuration. The resulting compound may have different properties from the individual elements.
That is the law of constant composition.
Yes, compounds are formed when atoms of different elements chemically bond together. This bonding involves the sharing or transfer of electrons between the different atoms to achieve a more stable configuration. The resulting compound often exhibits different physical and chemical properties compared to its constituent elements.