Question
Match the element pairs with their MOST LIKELY bond category: covalent bond, ionic bond, metallic bond.
Nitrogen and sodium, copper and copper, flourine and sulfur, oxygen and hydrogen, bromine and aluminum.
Nitrogen and sodium, copper and copper, flourine and sulfur, oxygen and hydrogen, bromine and aluminum.
Answers
GPT-4o mini
Here are the matched element pairs with their most likely bond categories:
1. **Nitrogen and Sodium** - **Ionic Bond** (Sodium tends to lose an electron while Nitrogen tends to gain electrons, resulting in ionic bonding.)
2. **Copper and Copper** - **Metallic Bond** (Copper atoms bond with each other through metallic bonding, characterized by a "sea of electrons" that allows for conductivity and malleability.)
3. **Fluorine and Sulfur** - **Covalent Bond** (Both Fluorine and Sulfur are nonmetals and are likely to share electrons, resulting in covalent bonding.)
4. **Oxygen and Hydrogen** - **Covalent Bond** (Oxygen and Hydrogen can share electrons to form covalent bonds, as seen in water (H2O).)
5. **Bromine and Aluminum** - **Ionic Bond** (Aluminum can lose electrons and form a positively charged ion, while Bromine can gain electrons, leading to ionic bonding.)
So, the final categorization is:
- Nitrogen and Sodium - Ionic Bond
- Copper and Copper - Metallic Bond
- Fluorine and Sulfur - Covalent Bond
- Oxygen and Hydrogen - Covalent Bond
- Bromine and Aluminum - Ionic Bond
1. **Nitrogen and Sodium** - **Ionic Bond** (Sodium tends to lose an electron while Nitrogen tends to gain electrons, resulting in ionic bonding.)
2. **Copper and Copper** - **Metallic Bond** (Copper atoms bond with each other through metallic bonding, characterized by a "sea of electrons" that allows for conductivity and malleability.)
3. **Fluorine and Sulfur** - **Covalent Bond** (Both Fluorine and Sulfur are nonmetals and are likely to share electrons, resulting in covalent bonding.)
4. **Oxygen and Hydrogen** - **Covalent Bond** (Oxygen and Hydrogen can share electrons to form covalent bonds, as seen in water (H2O).)
5. **Bromine and Aluminum** - **Ionic Bond** (Aluminum can lose electrons and form a positively charged ion, while Bromine can gain electrons, leading to ionic bonding.)
So, the final categorization is:
- Nitrogen and Sodium - Ionic Bond
- Copper and Copper - Metallic Bond
- Fluorine and Sulfur - Covalent Bond
- Oxygen and Hydrogen - Covalent Bond
- Bromine and Aluminum - Ionic Bond