The chemical formula for trinitrogen pentahydride is N3H5.
The chemical formula for trinitrogen hexabromide is N₃Br₆. It consists of three nitrogen atoms and six bromine atoms. This compound is typically discussed in theoretical contexts, as it is not commonly encountered or utilized in practical applications.
The chemical formula for the compound of cobalt and sulfur is CoS (cobalt monosulfide).
n3s6 likely refers to a chemical compound or formula, but without more context it is difficult to provide a specific answer. It could possibly represent a type of molecule containing nitrogen (N) and sulfur (S) atoms in a specific ratio.
FeS is not a chemical equation but a chemical formula; FeS is the chemical formula of iron sulfide.
N3S2 does not occur naturally, but under the prefix naming convention would be called trinitrogen disulfide. It could also be called nitrogen sulfide.
The chemical formula for trinitrogen pentahydride is N3H5.
The chemical formula for trinitrogen hexahydride is N3H6.
Well, Tri = 3 and Sulfide is an anion ( an increase in electrons) for sulfur , so if you put it all together the formula equals: NS3. N = nitrogen , S3 = Tri sulfide.
CS is carbon monosulfide, or if you have capitalization wrong, Cs is cesium.
The chemical formula for carbon monosulfide is CS. It consists of one carbon atom bonded to one sulfur atom.
Nitrogen monosulfide. Mononitrogen monosulfide is an inorganic compound with the formula SN. It is the sulfur analogue of the radical nitric oxide, NO. It can be produced through electrical discharges in mixtures of nitrogen and sulfur compounds, as well as the reaction of nitrogen with sulfur vapor.
when chemicals make a gellium for molecules make a jello like form hg4f33
Dihydrogen monosulfide (H2S) is a bent molecule. It has tetrahedral electronic geometry and due to the two lone pairs of electrons on the sulfur, it is bent.
The chemical name for the formula P3N5 is trinitrogen pentaphosphide.
Trinitrogen dioxide (N3O2) is a covalent compound. It is composed of nonmetals (nitrogen and oxygen) bonded together through sharing of electrons, forming covalent bonds.
I never heard about such a compound. If this exists, then it will be N3F4. By the way, check if you did not mean Dinitrogen tetrafluoride, as I don't know about trinitrogen tetrafluoride.