identify each of the substance in LiCl Al2Cl3 AgF ZnO N2S3 Br2 as an iconic compouund, a molecular compound, or neither
LiCl: iconic compound
Al2Cl3: iconic compound
AgF: iconic compound
ZnO: iconic compound
N2S3: molecular compound
Br2: molecular compound
To determine whether each substance is an iconic compound, a molecular compound, or neither, we need to consider the type of bonding present in each compound.
1. LiCl: This compound consists of lithium (Li) and chlorine (Cl) atoms, which are both nonmetals. When a metal (Li) bonds with a nonmetal (Cl), it forms an ionic compound. Therefore, LiCl is an iconic compound.
2. Al2Cl3: This compound contains aluminum (Al) and chlorine (Cl) atoms. Aluminum is a metal, and chlorine is a nonmetal. Since a metal is bonding with a nonmetal, Al2Cl3 is also an ionic compound.
3. AgF: This compound consists of silver (Ag) and fluorine (F) atoms. Silver is a metal, and fluorine is a nonmetal. As a result, AgF is another example of an iconic compound.
4. ZnO: This compound contains zinc (Zn) and oxygen (O) atoms. Zinc is a metal, and oxygen is a nonmetal. Similar to the previous compounds, ZnO is an ionic compound.
5. N2S3: This compound is made up of nitrogen (N) and sulfur (S) atoms. Both nitrogen and sulfur are nonmetals. When nonmetals bond with each other, they form molecular compounds. Hence, N2S3 is a molecular compound.
6. Br2: This substance consists of two bromine (Br) atoms. Since it does not contain different elements bonding together, Br2 is considered neither an iconic compound nor a molecular compound. Instead, it is a diatomic element, meaning two atoms of the same element bonded together.
To summarize:
- LiCl, Al2Cl3, AgF, and ZnO are iconic compounds.
- N2S3 is a molecular compound.
- Br2 is neither an iconic compound nor a molecular compound; it is a diatomic element.