Yes, the overall charge of a molecular compound must be neutral. This is because molecular compounds are formed by the sharing of electrons between atoms, resulting in neutral molecules. While individual atoms within the compound may have positive or negative charges, the total charge must balance out to zero for the compound to be stable and exist as a neutral entity.
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+,..
The charge of Cu3N is 0, as the compound has a neutral overall charge. Each copper atom has a +1 charge, and each nitrogen atom has a -3 charge, leading to a balanced compound with no net charge.
Titanium dioxide (TiO2) is a neutral compound, meaning it does not have a positive or negative charge overall. In its pure form, the individual titanium and oxygen atoms within TiO2 do have specific charges, but when combined in the compound, they balance out to give a neutral charge.
In SiO2, silicon has a charge of +4 while oxygen has a charge of -2. This results in a neutral overall charge for the compound SiO2.
FePO4, or iron(III) phosphate, has a neutral overall charge. In this compound, iron (Fe) typically has a +3 oxidation state, while the phosphate ion (PO4) has a -3 charge. Thus, the charges balance out, resulting in a neutral compound.
The charge of an acetyl group in a chemical compound is neutral, meaning it has no overall positive or negative charge.
The overall charge of a formula unit for a compound can be zero if the compound is neutral, meaning the positive and negative charges balance out. However, if the compound is an ion or has a net charge, then the overall charge of the formula unit will not be zero.
It's not an ionic compound.
it is always equal to zero.The overall charge of a formula unit for an ionic compound is zero. The numbers of positive and negative ions are such that the sum of the positive charges and the negative charges is zero.
By definition, a compound is always neutral. If the polyatomic chemical entity has a charge, it is no longer a compound, but is now a polyatomic ion. Ionic compounds and molecular compounds are also neutral in charge. The word "ionic" is just referring to the type of chemical bond in the molecule.
The compound KI, which consists of potassium (K+) and iodide (I-) ions, is electrically neutral because the positive charge of the potassium ion balances out the negative charge of the iodide ion. This results in an overall neutral compound.
Barium phosphide is an ionic compound because it is formed from the transfer of electrons between the barium cation (Ba^2+) and the phosphide anion (P^3-). This results in the formation of a compound with an overall neutral charge.
The resulting charge of an ionic compound is neutral, as it is formed by the attraction between positively and negatively charged ions. This results in a balanced overall charge in the compound.
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+,..
The charge of Cu3N is 0, as the compound has a neutral overall charge. Each copper atom has a +1 charge, and each nitrogen atom has a -3 charge, leading to a balanced compound with no net 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.
As the tern neutral might imply, the overall charge of a neutral atomis zero.