Iron is a material that is ductile, conducts electricity, and is magnetic. It is commonly used in various applications such as electromagnets and electrical wiring.
A material that is ductile, conducts electricity, and is magnetic is classified as a metal. Metals typically exhibit these properties due to their atomic structure, which allows for the free movement of electrons, enabling electrical conductivity and ductility. Additionally, many metals possess magnetic properties, particularly ferromagnetic metals like iron, cobalt, and nickel. Nonmetals, in contrast, do not generally exhibit these characteristics.
- It is not a ductile metal or- It is not a metal
Copper is a solid that is both ductile and an excellent conductor of electricity. Its ductility allows it to be drawn into thin wires without breaking, making it ideal for electrical applications. Additionally, copper's high electrical conductivity makes it a preferred material for wiring and electronic components. Other metals, such as aluminum, also share these properties, but copper is the most commonly used.
Ductile means that it can hammered thin or made into a wire. That pretty much excludes the possibility of being brittle. However, conducting heat or electricity is entirely different. It just so happens that metals are often ductile and the often conduct heat and electricity, but other materials are not ductile that do conduct electricity, and many of them are brittle. The physical properties (being ductile or brittle) do not necessarily determine the chemical properties (being conductive).
Ductile solids that conduct electricity are typically metals. These materials, such as copper, aluminum, and gold, have a crystalline structure that allows them to be shaped without breaking, and their free-moving electrons enable electrical conductivity. This combination of properties makes metals ideal for applications like wiring and structural components.
A material that is ductile, conducts electricity, and is magnetic is classified as a metal. Metals typically exhibit these properties due to their atomic structure, which allows for the free movement of electrons, enabling electrical conductivity and ductility. Additionally, many metals possess magnetic properties, particularly ferromagnetic metals like iron, cobalt, and nickel. Nonmetals, in contrast, do not generally exhibit these characteristics.
- It is not a ductile metal or- It is not a metal
Iron (Fe) is a transition metal. It is one of the three magnetic elements besides Co and Ni. It is ductile and malleable. It conducts electricity.
There are a quite a few answers that fit this question. Gold is very ductile and is an excellent conductor of heat and electricity.
Copper is a solid that is both ductile and an excellent conductor of electricity. Its ductility allows it to be drawn into thin wires without breaking, making it ideal for electrical applications. Additionally, copper's high electrical conductivity makes it a preferred material for wiring and electronic components. Other metals, such as aluminum, also share these properties, but copper is the most commonly used.
Gold is malleable and ductile. It is not magnetic.
You can tell if something is metal by checking if it is shiny, conducts electricity, and is malleable and ductile. Metals also tend to be heavy and have a high melting and boiling point compared to other materials.
Ductile means that it can hammered thin or made into a wire. That pretty much excludes the possibility of being brittle. However, conducting heat or electricity is entirely different. It just so happens that metals are often ductile and the often conduct heat and electricity, but other materials are not ductile that do conduct electricity, and many of them are brittle. The physical properties (being ductile or brittle) do not necessarily determine the chemical properties (being conductive).
copper is a metal
Ductile solids that conduct electricity are typically metals. These materials, such as copper, aluminum, and gold, have a crystalline structure that allows them to be shaped without breaking, and their free-moving electrons enable electrical conductivity. This combination of properties makes metals ideal for applications like wiring and structural components.
is factor of safety of brittle material half of ductile material
No, silicon is a brittle material and not ductile.