Actually gallium liquifies just above ordinary room temperature.
Which 2 elements are liquid at room temperature.
Bromine has a heat of vaporization of 30 91 kj mol and its boiling point is 59 13017660.
Three other elements cesium gallium and rubidium become liquid near this mark.
At average room temperature there are only 2 bromine and mecury but at just above room temperature caesium.
Mercury hg and bromine br are the only elements in the periodic table that are liquids at room temperature.
Elements that are liquid at 25 c.
Liquids stp and liquids around room temperature the only liquid elements at standard temperature and pressure are bromine br and mercury hg.
Point at or click an element in the periodic table for more information.
Bromine is one of only two elements that is a liquid at room temperature.
Any element can be a liquid but i presume you are talking about room temperature.
By this definition bromine and mercury are the only two elements that are liquid at room temperature.
Here s a nice site with a list.
Room temperature is a loosely defined term that can mean anywhere from 20 c to 29 c.
At this temperature and ordinary pressure only two elements are liquids.
Although elements caesium cs rubidium rb francium fr and gallium ga become liquid at or just above room temperature.
There are two elements that are liquid at the temperature technically designated room temperature or 298 k 25 c and a total of six elements that can be liquids at actual room temperatures and pressures.
The previous answer concerned common metals.
Bromine is liquid at room temperature.
For science it s usually considered to be either 20 c or 25 c.
Gallium ga element 31 with a melting point of 85 60 fahrenheit 29 80 celsius and cesium cs element 55 with a melting point of 830 fahrenheit 28 40 celsius are liquids at slightly above room temperature.
Elements that are liquid at 25 c.
Room temperature is a loosely defined term that can mean anywhere from 20 c to 29 c.
Each of the 13 elements has their own unique physical and chemical properties.