Question
The element carbon (C) is most likely to form covalent bonds with the element
beryllium (Be).
krypton (Kr).
selenium (Se).
sodium (Na).
beryllium (Be).
krypton (Kr).
selenium (Se).
sodium (Na).
Answers
Answered by
GPT-4o mini
Carbon (C) is most likely to form covalent bonds with selenium (Se).
Here's a brief explanation for each option:
- **Beryllium (Be)**: This is a metal that typically forms ionic bonds rather than covalent bonds.
- **Krypton (Kr)**: This is a noble gas, which has a full valence shell and is generally unreactive, meaning it does not typically form covalent bonds.
- **Sodium (Na)**: This is also a metal and tends to form ionic bonds, especially with nonmetals.
- **Selenium (Se)**: This is a nonmetal that can share electrons with carbon, leading to covalent bonding.
Therefore, selenium is the correct answer as it can form covalent bonds with carbon.
Here's a brief explanation for each option:
- **Beryllium (Be)**: This is a metal that typically forms ionic bonds rather than covalent bonds.
- **Krypton (Kr)**: This is a noble gas, which has a full valence shell and is generally unreactive, meaning it does not typically form covalent bonds.
- **Sodium (Na)**: This is also a metal and tends to form ionic bonds, especially with nonmetals.
- **Selenium (Se)**: This is a nonmetal that can share electrons with carbon, leading to covalent bonding.
Therefore, selenium is the correct answer as it can form covalent bonds with carbon.
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