molecular compounds
No, "ne2" is not an ionic compound. "Ne2" would represent a molecule of two neon atoms bonded together covalently, since neon is a noble gas and does not typically form ionic bonds.
Any kind of acid should be a molecular compound because molecular compounds consists of the combination of non metals. An ionic compound would consist of a metal and a nonmetal, but all acids have the element "H" followed by a gas and are therefor not ionic compounds.
Molecular. The empirical formula would simply be S.
It is the same type of chemical bond that is found in organic compounds: the covalent bond. Also known as 'the sharing of a pair of electrons', it forms usually single, & sometimes double bonds, and rarely triple bonds {- as in the case of a "pair of combining trivalent Nitogen atoms" - i.e. N triple-bond-N - this represents 'the sharing of three pairs of electrons' by two Atoms!}
A compound is a substance made up of two or more different types of atoms bonded together. The atoms in a compound are chemically bonded, which means they are connected in a specific arrangement. This results in unique properties for each compound.
If they are covalently bonded, it would be a molecule. If they are bonded by an ionic bond, they form an ionic compound.
No, a single atom would have to belong to a particular element. A compound must contain two or more different types of atom that are chemically bonded (either covalently or ionically) together.
No, "ne2" is not an ionic compound. "Ne2" would represent a molecule of two neon atoms bonded together covalently, since neon is a noble gas and does not typically form ionic bonds.
Any kind of acid should be a molecular compound because molecular compounds consists of the combination of non metals. An ionic compound would consist of a metal and a nonmetal, but all acids have the element "H" followed by a gas and are therefor not ionic compounds.
No, nitrogen and oxygen do not usually form an ionic compound with each other. They are more likely to form covalent compounds due to their similar electronegativities, meaning they share electrons rather than transfer them.
An organic compound is pretty much any compound that contains carbon bonded to hydrogen
Molecular. The empirical formula would simply be S.
Molecular compounds are composed of all types of elements. I think the answer you're going for is what type of BONDS are molecular compounds composed of. In which case, the answer would be covalant, however this can vary between polar and nonpolar covalant, that's what a molecular compound is made of, otherwise it's an ionic compound.
It is the same type of chemical bond that is found in organic compounds: the covalent bond. Also known as 'the sharing of a pair of electrons', it forms usually single, & sometimes double bonds, and rarely triple bonds {- as in the case of a "pair of combining trivalent Nitogen atoms" - i.e. N triple-bond-N - this represents 'the sharing of three pairs of electrons' by two Atoms!}
No. Binary molecular compounds are made out of two nonmetals covalently bonded. Examples include H2O, CO, CO2, H2S, NO2, SO2. Two cations would never form a compound because like charges repel.
A compound is a substance made up of two or more different types of atoms bonded together. The atoms in a compound are chemically bonded, which means they are connected in a specific arrangement. This results in unique properties for each compound.
No. Since BH3 lacks a lone pair it would be a Lewis acid.