The term doesn't apply in this case. You can only say whether a substance is ductile if it is a solid. Oxygen is a gas at room temperature.
No, iodine is a brittle solid at room temperature and does not exhibit ductility.
Carbon is a brittle material and lacks ductility in its pure form. However, in certain forms such as carbon fiber, it can exhibit some degree of flexibility and ductility due to its unique structure and bonding characteristics.
Copper has high ductility, which means it can easily be stretched or drawn into thin wires without breaking. This property makes copper a commonly used material in electrical wiring and plumbing applications.
The ability to be drawn into wire is a property known as ductility. Ductile materials can be stretched into a thin wire without breaking. Metals like copper and aluminum are known for their high ductility, making them valuable materials for wire production in electrical applications.
Oxygen is not ductile because it is a non-metallic element with a molecular structure at room temperature. Ductility is a property that typically applies to metals, where they can be drawn out into thin wires. Oxygen does not have the metallic lattice structure required for ductility.
Hardness is the opposite of ductility.
A gas does not have any ductility.
Ductility is a physical property.
Ductility, in the case of gases, makes no sense.
No. Ductility is a property whereas salts are a kind of chemical!
when ductility increase hardness decrease
The term doesn't apply in this case. You can only say whether a substance is ductile if it is a solid. Oxygen is a gas at room temperature.
No, iodine is a brittle solid at room temperature and does not exhibit ductility.
It is impossible to test the ductility of francium; but probable Fr is not ductile.
No, ductility does not have the same characteristics as reactivity or combustibility. Ductility refers to a material's ability to deform under tensile stress, allowing it to be stretched into wires without breaking. In contrast, reactivity pertains to how readily a substance undergoes chemical reactions, while combustibility refers to a material's ability to ignite and burn in the presence of oxygen. Thus, these properties describe different aspects of a material's behavior.
Yes, it's a physical property.