H2S is the chemical formula for barium chloride.
One compound would be Silver Chloride - chemical formula AgCl
The formula for barium nitride would be Ba3N2. This is because the 2+ charge of barium needs three nitride ions (each with a 3- charge) to balance out the charges in the compound.
I believe that would be Barium nitrate or Ba(NO3)2
the chemical formula for carbon is C and for chlorine is Cl.
Compounds with this collection of elements are generally called halogenated alkanes, because you take a hydrocarbon and replace the hydrogens with halogens (either fluorine, chlorine, bromine, or iodine.) This specific one would be named fluorotriiodomethane.
No, Ba2N3 is not the correct formula. The correct formula for an ionic compound made of barium and nitrogen would be Ba3N2, where barium is a 2+ cation and nitrogen is a 3- anion.
Assuming that the questioner would have written BaCl2 instead of BaCI2, if typographic resources were available to do so, the answer is "barium and chlorine". The formula as written shows the presence of barium, carbon, and iodine, but this formula does not correspond to any known compound.
BaCl2
The valency of a barium ion is +2. Barium chloride (BaCl2) consists of a barium ion (Ba^2+) and two chloride ions (Cl^-), which gives the overall compound a neutral charge.
One compound would be Silver Chloride - chemical formula AgCl
The formula for barium nitride would be Ba3N2. This is because the 2+ charge of barium needs three nitride ions (each with a 3- charge) to balance out the charges in the compound.
The formula of the ionic compound formed between barium and nitrogen would be Ba3N2. This is based on the charges of the ions involved; barium typically forms a 2+ cation (Ba2+) and nitrogen forms a 3- anion (N3-), resulting in the compound Ba3N2.
The formula would be AlCl3, which is aluminum chloride.
The formula would be BaCl2, which represents one barium ion and two chloride ions coming together to form a neutral compound.
The new compound formed by sodium and chlorine would be sodium chloride, with a chemical formula of NaCl. This compound is formed through ionic bonding, where sodium transfers an electron to chlorine to fulfill their outer electron shells.
When combined, Ba (barium) and F (fluorine) form the compound barium fluoride (BaF2). This compound is a white crystalline solid that is commonly used in optical applications due to its transparency to different wavelengths of light.
The empirical formula for a substance containing 65.95% barium and 34.05% chlorine would be BaCl2 (barium chloride). This is determined by converting the mass percentage of each element to moles, finding the ratio of moles of each element, and simplifying to the simplest whole-number ratio.