How does mercury differ from other metals?(1 point) Responses It is not lustrous. It is not lustrous. It does not chemically react with other elements. It does not chemically react with other elements. It is not solid under normal conditions. It is not solid under normal conditions. It does not conduct electricity.
It does not conduct electricity.
Mercury differs from other metals in several aspects:
1. Luster: Mercury is not lustrous, meaning it does not have a shiny appearance like most metals.
2. Chemical Reactivity: Unlike many other metals, mercury does not chemically react with other elements easily. It is relatively unreactive and stable.
3. Physical State: Mercury is not solid under normal conditions. It is the only metal that exists as a liquid at room temperature.
4. Electrical Conductivity: While most metals are good conductors of electricity, mercury is not. It has poor electrical conductivity compared to other metals.
To determine how mercury differs from other metals, we can look at the provided responses.
The first point states that mercury is not lustrous. Luster refers to the shininess or reflectivity of a material's surface. Most metals exhibit a lustrous appearance, but mercury does not.
The second point indicates that mercury does not chemically react with other elements. Metals are typically known for their ability to react and form compounds with other elements, but mercury is an exception to this characteristic.
The third point states that mercury is not solid under normal conditions. Unlike most metals, which are solid at room temperature, mercury is a liquid metal. It has a low melting point, which allows it to remain in a liquid state at room temperature.
Lastly, the fourth point highlights that mercury does not conduct electricity. Conductivity is a common property of metals, as they have free electrons that can move throughout the material to facilitate the flow of electrical current. However, mercury has poor electrical conductivity compared to other metals.
Overall, mercury differs from other metals by not being lustrous, not chemically reacting with other elements, being a liquid at room temperature, and having poor electrical conductivity.