The bonds formed by the elements having larger atoms are :

Options

A. weaker
B. stronger
C. very weak
D. very strong

Answer

To solve the question regarding the bonds formed by elements with larger atoms, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Atomic Size**:
- Larger atoms have more electron shells, which increases the distance between the nucleus and the outermost electrons.

**Hint**: Remember that atomic size affects the strength of the bond due to the distance between atoms.

2. **Bond Strength and Atomic Size**:
- The strength of a bond is inversely related to the distance between the bonded atoms. As the size of the atoms increases, the distance between them also increases.

**Hint**: Think about how distance affects the attraction between positively charged nuclei and negatively charged electrons.

3. **Comparing Bond Types**:
- Smaller atoms tend to form stronger bonds because they can get closer together, allowing for stronger electrostatic attractions. In contrast, larger atoms have weaker bonds due to their increased distance.

**Hint**: Recall that smaller atoms can form stronger bonds, such as single, double, or triple bonds, compared to larger atoms.

4. **Conclusion on Bond Strength**:
- Therefore, the bonds formed by elements with larger atoms are generally weaker. This is due to the increased distance and the reduced electrostatic attraction between the nuclei and electrons.

**Hint**: Focus on the relationship between atomic size and bond strength to arrive at the conclusion.

### Final Answer:
The bonds formed by the elements having larger atoms are **weaker**.