Curium: (Symbol Cm, At No 96, At Wt 247, Melt Pt 1337ºC, Boil Pt 3110ºC) is named after Pierre and Marie Curie.
Mercury's most well known feature is that it is a metal at room temperature. Mercury is the only metal to have this property (though some metals melt slightly above room temperature). In fact, mercury is one of only two elements (the other being bromine) that are liquid at room temp.
yes, they are made out of a melt able compound. it is the 2990924754098759th element on the periodic table. they will melt, grow legs and then cause a world-wide Apocalypse. thank you for ending man kind as we know it.
yes because the planet Mercury is the second hottest planet in the solar system[after Venus] .Comment: It's not too difficult to melt mercury. The element mercury isliquid at room temperature on Earth, or anywhere else if it gets warmerthan about negative 38 degrees.
One element that does not match the physical state of most metals is mercury. While most metals are solid at room temperature, mercury is a liquid.
The boiling point for the element Mercury is 674.1 degrees Fahrenheit. Mercury can also freeze and melt at different temperatures.
all the elements that has low boiling point than of the water.
Any element can melt.
depends on the element
Mercury only takes 88 days to go around the sun but if it is closest to the Sun it could melt a little bit. Scientists believe that Mercury in future will melt and will die. I don't know. People will see Mercury through telescopes but it is nearly smaller then Pluto!!!!!!!!!!!!! SO MERCURY DOES MELT!!!!!!!!!!
Ice will melt before mercury boils. Ice melts at 0 degrees Celsius while mercury boils at 356.7 degrees Celsius.
If you mean the chemical element Mercury, then no; mercury and lead are separate elements. At high enough temperatures, they can be melted together, but because mercury is liquid at room temperature they probably wouldn't stay combined.If you mean whether the planet Mercury contains the element lead, then the answer is that it almost certainly does. The core of Mercury is dense and metallic, and lead (like all elements up through uranium) was present at the formation of the solar system.