Compounds can be charged by different methods. But naturally most of the compounds are uncharged. So the overall charge of most compounds is neutral.
The total electric charge is always zero.
Organic compounds are compounds necessary to life, and most macromolecules necessary to life contain carbon.
These compounds are CuSO3 CuS CuCl2..
In chemistry, particles with an overall electric charge are called ions.
Zn will most likely get a 2+ (positive) charge!
Generally, the overall charge for a compound is zero.
Some compounds have a charge. It depends on the charges of the components of the compound. For example, NO3- has a charge of -1 because the charge of its components are each O is 2- and the N is 5+,..
+3 is Boron's overall charge. Boron's ionic charge is +5.
Strictly, all compounds have no charge. What would be a compound if neutral but actually has a charge should properly be called an ion. Some compounds, such as the diatomic molecules of the elements hydrogen, nitrogen, oxygen, fluorine, chlorine, bromine, and iodine, have perfectly symmetrical covalent bonds without even any polarity. Most covalent bonds between dissimilar atoms have some polarity, as do all ionicly bonded compounds, but this does not mean that the compounds themselves have net electrical charge.
Ionic compounds are neutral overall because the positive charge of the cations is balanced by the negative charge of the anions. In a solid ionic compound, the cations and anions are arranged in a lattice structure that balances out the charges. This results in an overall neutral charge for the compound.
The oxidation number for CN is -1. This is because the oxidation number for nitrogen in most compounds is -3 and the overall charge of the CN ion is -1.
Boron typically has a charge of +3 when it forms compounds, as it tends to lose three electrons to achieve a stable electron configuration. In its elemental form, boron is neutral with no overall charge. However, in certain compounds, it can also exhibit a negative charge, particularly in complex anions.
According to one physicist I know, most of the time the overall charge of a molecule of water is neutral.
The oxidation number for oxygen in most compounds is -2. Since there are two oxygen atoms in F2O, this gives a total charge of -4. Therefore, the oxidation number for each fluorine atom in F2O is +2 to balance out the overall charge to zero.
To find the charge on a chemical formula, first identify the oxidation states of the individual elements based on their typical charges in compounds. Sum these oxidation states to determine the overall charge of the compound. For ionic compounds, the total positive charge from cations should balance the total negative charge from anions, resulting in a neutral compound. If the compound is polyatomic, refer to the known charge of the polyatomic ion.
Chlorine is most likely to form the chloride ion, which has a charge of -1.
Compounds can have a neutral charge, a positive charge (cation), or a negative charge (anion), depending on the distribution of electrons within the atoms that make up the compound.