The electronegativities of sulfur and iodine are 2.58 and 2.66 respectively so we would predict that they would form a covalent bond.
Compounds of sulfur and iodine were not known until comparatively recently. Now the following are known
S2I2 does contain covalent bonds
A salt containing the [S7I]+ cation whichiconsists of a seven membered sulfur ring with iodine attached to one of the S atoms- again theS-I bond is covalent.
No, iodine and sulfur would not typically form an ionic compound. Both iodine and sulfur are nonmetals and tend to form covalent compounds when they react with each other.
No, magnesium and sulfur would not form an ionic compound because they are both nonmetals. Ionic compounds are formed between a metal and a nonmetal. Magnesium and sulfur would likely form a covalent compound instead.
Yes, barium and iodine could form an ionic solid since barium (Ba) is a metal and forms cations, while iodine (I) is a nonmetal and forms anions. The attraction between the positively charged barium ions and negatively charged iodine ions would result in the formation of an ionic solid.
Yes, sulfur and cesium can form an ionic compound. Cesium, being a metal, can donate an electron to sulfur, a non-metal, resulting in the formation of an ionic bond between them. The resulting compound would be cesium sulfide (Cs2S).
"Sulfur aluminide" is an incorrect name because it does not follow the naming convention for ionic compounds. The correct name for the compound formed between sulfur and aluminum would be "aluminum sulfide" as sulfur takes on a -2 charge in the compound.
No, iodine and sulfur would not typically form an ionic compound. Both iodine and sulfur are nonmetals and tend to form covalent compounds when they react with each other.
Yes, the bond between magnesium and sulfur would be ionic. Magnesium is a metal and sulfur is a non-metal, causing them to form an ionic bond where magnesium loses electrons to sulfur, resulting in the formation of magnesium sulfide.
No, magnesium and sulfur would not form an ionic compound because they are both nonmetals. Ionic compounds are formed between a metal and a nonmetal. Magnesium and sulfur would likely form a covalent compound instead.
Yes, barium and iodine could form an ionic solid since barium (Ba) is a metal and forms cations, while iodine (I) is a nonmetal and forms anions. The attraction between the positively charged barium ions and negatively charged iodine ions would result in the formation of an ionic solid.
Strontium is an earth metal (element #38), and iodine is a halide non-metal (element #53), therefore they would form an ionic bond. Strontium ions have a +2 charge, and iodines -1, so to form a neutral-charged compound, we need 2 iodines for every Strontium, and the chemical formula would be: SrI2.
Yes, sulfur and cesium can form an ionic compound. Cesium, being a metal, can donate an electron to sulfur, a non-metal, resulting in the formation of an ionic bond between them. The resulting compound would be cesium sulfide (Cs2S).
"Sulfur aluminide" is an incorrect name because it does not follow the naming convention for ionic compounds. The correct name for the compound formed between sulfur and aluminum would be "aluminum sulfide" as sulfur takes on a -2 charge in the compound.
Ionic bond forms between cesium and iodine. Cesium donates an electron to iodine, creating positively charged cesium ions and negatively charged iodine ions, which are attracted to each other to form the bond.
Sulfur oxide is not an ionic compound. It is a covalent compound formed by the sharing of electrons between sulfur and oxygen atoms.
The ionic compound formed between Ra (Radium) and S (Sulfur) would be RaS, which is called radium sulfide. Radium typically forms an ionic bond with sulfur by transferring one electron from radium to sulfur to achieve stability.
Magnesium and iodine react to form the ionic compound magnesium iodide - MgI2.
In a chemical reaction between lithium (Li) and sulfur (S), it is likely that lithium would donate its electron to sulfur, forming an ionic bond between Li+ and S2-. This creates lithium sulfide (Li2S), an ionic compound.