To identify which of the given options is NOT a property of pure metals, we need to analyze each option based on common characteristics of pure metals.

1. **High Density**: Pure metals typically have a high density due to their closely packed atomic structure.

2. **High Boiling Point**: Many pure metals have high boiling points, owing to the strong metallic bonds between their atoms.

3. **Not Ductile**: This is the key option to examine. Pure metals are generally ductile, meaning they can be drawn into wires without breaking. Thus, stating that a pure metal is "not ductile" is incorrect and not a property of pure metals.

4. **Malleable**: Pure metals are usually malleable, allowing them to be hammered or rolled into sheets.

### Conclusion

The option that is NOT a property of pure metals is **Not ductile**.

Question

To identify which of the given options is NOT a property of pure metals, we need to analyze each option based on common characteristics of pure metals.

1. **High Density**: Pure metals typically have a high density due to their closely packed atomic structure.

2. **High Boiling Point**: Many pure metals have high boiling points, owing to the strong metallic bonds between their atoms.

3. **Not Ductile**: This is the key option to examine. Pure metals are generally ductile, meaning they can be drawn into wires without breaking. Thus, stating that a pure metal is "not ductile" is incorrect and not a property of pure metals.

4. **Malleable**: Pure metals are usually malleable, allowing them to be hammered or rolled into sheets.

### Conclusion

The option that is NOT a property of pure metals is **Not ductile**.

Knowee AI · Accepted Answer

To identify which of the given options is NOT a property of pure metals, we need to analyze each option based on common characteristics of pure metals.

1. **High Density**: Pure metals typically have a high density due to their closely packed atomic structure.

2. **High Boiling Point**: Many pure metals have high boiling points, owing to the strong metallic bonds between their atoms.

3. **Not Ductile**: This is the key option to examine. Pure metals are generally ductile, meaning they can be drawn into wires without breaking. Thus, stating that a pure metal is "not ductile" is incorrect and not a property of pure metals.

4. **Malleable**: Pure metals are usually malleable, allowing them to be hammered or rolled into sheets.

### Conclusion

The option that is NOT a property of pure metals is **Not ductile**.

Which one of the following is NOT a property of pure metals?High densityHigh boiling pointNot ductileMalleable

Question

Which one of the following is NOT a property of pure metals?

Solution

Conclusion

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