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The only non-metal that occurs in a liquid state at room temperatures is bromine (Br).
What else can I help you with?
What is metals liquid state?
When a melted, we say it is in liquid state. However mercury is the only metal found in liquid state.
What are non-metals that are in a liquid state?
The only non-metal that occurs in a liquid state at room temperatures is bromine (Br).
How is mercury different from all of the other metals in the perioic table?
All metals are solid. Mercury is liquid in state.
At room temperature none of the metals are?
None of the metals are gasses at room temperature.
Name the metals and compounds which are in liquid state at room temperature?
The only common metal that is a liquid at room temperature is Mercury. Other metals are Caesium & Francium. i think!!
Are most metals are in the liquid state at room temperature.?
No, only mercury (Hg) is a liquid. All other metals are solids at room temperature, although gallium (Ga) and cesium (Cs) have melting points just above room temperature.
Most non-metals are in what state?
Nonmetals can be solid, liquid or gaseous.
How many liquid metals are there?
There are several known liquid metals, including mercury, gallium, and cesium. These metals have low melting points, allowing them to exist in a liquid state at room temperature or slightly above.
All metals except one are in the state?
Solid. Mercury is a metal and is liquid in it's natural state.
3 Metals which exist in liquid state?
the three metals are Francium, Mercury and Bromine
Are there metals in liquid state?
All metals can be made liquid if they reach a high enough temperature. Mercury is the only metal to be liquid at STP and room temperature though; the others require much higher temperatures.
What are examples of liquid metals?
Examples of liquid metals include mercury, gallium, and cesium. These metals have relatively low melting points, allowing them to exist in a liquid state at room temperature or slightly above. Liquid metals are often used in various industrial applications due to their unique properties.
