The two types of electrical bonding with the oxygen and hydrogen molecules are covalent and ionic. Ionic is weaker than covalent, and involves two opposite charges being attractive one another. Covalent bonding is slightly stronger, which shares the outermost valence electrons with other atoms. Covalent bonding is the attraction which keeps the hydrogen and oxygen atoms together. The key importance for water to have the variety of properties is due to the structure of having hydrogen and oxygen atoms. The oxygen atom is able to hold on to eight electrons in its valence, yet it only has 4 come this these the atom to attract to the hydrogen atoms which are also missing one from there out of most famous to fill. The leaves hydrogen to be positive as the more massive oxygen attracts the electrons. The oxygen is left to be negative as the numbers of attracted electrons are greater than its natural proton number. Ionic and covalent bonding are the two ways to join together the individual elements of hydrogen and oxygen
The two types of electrical bonding with the oxygen and hydrogen molecules are covalent and ionic. Ionic is weaker than covalent, and involves two opposite charges being attractive one another. Covalent bonding is slightly stronger, which shares the outermost valence electrons with other atoms. Covalent bonding is the attraction which keeps the hydrogen and oxygen atoms together. The key importance for water to have the variety of properties is due to the structure of having hydrogen and oxygen atoms. The oxygen atom is able to hold on to eight electrons in its valence, yet it only has 4 come this these the atom to attract to the hydrogen atoms which are also missing one from there out of most famous to fill. The leaves hydrogen to be positive as the more massive oxygen attracts the electrons. The oxygen is left to be negative as the numbers of attracted electrons are greater than its natural proton number. Ionic and covalent bonding are the two ways to join together the individual elements of hydrogen and oxygen