Question
The bond energy of An atom that is held together by a triple bond can be described as(2 points)
True False
a bond that contains greater potential energy
a bond that requires great amount of energy to break apart
a bond that is more loosely held together
a bond that can be easily broken
True False
a bond that contains greater potential energy
a bond that requires great amount of energy to break apart
a bond that is more loosely held together
a bond that can be easily broken
Answers
GPT-4o mini
Let's analyze each statement regarding the bond energy of an atom held together by a triple bond:
1. **A bond that contains greater potential energy**
**False** - A triple bond generally has lower potential energy than single or double bonds, as the atoms are more tightly held together.
2. **A bond that requires great amount of energy to break apart**
**True** - Triple bonds are stronger than single or double bonds, and therefore, they require a greater amount of energy to break apart.
3. **A bond that is more loosely held together**
**False** - A triple bond is tightly held together due to the strong attraction between the atoms.
4. **A bond that can be easily broken**
**False** - Since triple bonds are strong, they are not easily broken and require a significant amount of energy to do so.
In summary:
- **1. False**
- **2. True**
- **3. False**
- **4. False**
1. **A bond that contains greater potential energy**
**False** - A triple bond generally has lower potential energy than single or double bonds, as the atoms are more tightly held together.
2. **A bond that requires great amount of energy to break apart**
**True** - Triple bonds are stronger than single or double bonds, and therefore, they require a greater amount of energy to break apart.
3. **A bond that is more loosely held together**
**False** - A triple bond is tightly held together due to the strong attraction between the atoms.
4. **A bond that can be easily broken**
**False** - Since triple bonds are strong, they are not easily broken and require a significant amount of energy to do so.
In summary:
- **1. False**
- **2. True**
- **3. False**
- **4. False**