SiBr3 The molecular formula is Si2Br6
The chemical formula Br2N3 represents a compound composed of bromine and nitrogen atoms. The compound consists of two bromine atoms and three nitrogen atoms bonded together.
Very probable Mg4Si4 doesn't exist; magnesium silicide is Mg2Si.
Magnesium oxide is not a dangerous product! Items that are easy to burn, explode, and strongly corrosive are dangerous goods! ! !
Do you mean Co2S3? If so, that's cobalt (III) sulide. You have to be careful in chemistry in distinguising between upper and lower case letters. CO is carbon monoxide, a compound of the two elements carbon and oxygen. Co is the element cobalt, a metal, Much less likely is CO2S3 which is a complex of carbon disulfide/sulfur dioxide, better written as CS2.SO2.
A formula unit is an empirical formula.
The chemical formula for dibromine heptoxide is Br2O7.
The chemical formula for bromine silicide is BrSi.
The chemical formula for sodium silicide is Na2Si.
Dibromine trioxide is not a compound. Bromine forms oxides like bromine dioxide (BrO2) and bromine pentoxide (Br2O5) but not dibromine trioxide.
The chemical formula B2Si corresponds to diboron silicide. It is a compound composed of two boron atoms and one silicon atom. Diboron silicide is a ceramic material with high hardness and thermal stability, often used in electronic applications.
Diboride Silicon I'm pretty sure it's Diboron monosilicide...
Silicide is pronounced "SIL-uh-side."
The formula is Ba2Si. The name of this compound is barium silicide.
The chemical symbol for hexaboron silicide is B6Si.
Nonexistane. I don't believe that there is a stable chemical compound with that formula.
Dibromine monoxide would have the formula of Br2O.
The balanced formula for HPO4 2 is H3PO4 (phosphoric acid), and for BrO it is Br2O (dibromine monoxide). So the balanced formula for the reaction would be 2H3PO4 + 3Br2O -> 2HPO4 2 + 3HBrO3.