For science it s usually considered to be either 20 c or 25 c.
Non metal remains liquid at room temp.
The previous answer concerned common metals.
Bromine is the third lightest halogen.
Actually gallium liquifies just above ordinary room temperature.
Solution by examveda team bromine is a chemical element with symbol br and atomic number 35.
Elements that are liquid at 25 c.
Here s a nice site with a list.
At this temperature and ordinary pressure only two elements are liquids.
If scientists ever synthesize a sufficient quantity of flerovium and copernicium these elements are expected to have an even lower boiling point and perhaps melting point than mercury.
It s boiling point is 58 8 degres centigrade thus it stays in liquid form.
Bromine is your answer as it remains liquid in room temperature.
A few elemental metals are liquid at or near room temperature.
The only liquid elements at standard temperature and pressure are bromine br and mercury hg.
The most well known is mercury hg which is molten above 38 8 c 234 3 k 37 9 f.
The chemical element with the atomic number 35 bromine is a non metal that remains liquid at room temperature.
Bromine is liquid at room temperature.
Which of the following is a non metal that remains liquid at room temperature bromine is a synthetic component with image br and nuclear number 35.
While mercury is the only liquid metal at room temperature the elements gallium cesium and rubidium melt under slightly warmer conditions.
It is the third lightest halogen and is a fuming red brown liquid at room temperature that evaporates readily to form a similarly coloured gas.
Others include caesium cs which has a melting point of 28 5 c 83 3 f rubidium rb 39 c 102 f francium fr estimated at 8 0 c 46.
Room temperature is a loosely defined term that can mean anywhere from 20 c to 29 c.
Although elements caesium cs rubidium rb francium fr and gallium ga become liquid at or just above room temperature.
It is the third lightest halogen and is a seething red darker fluid at room temperature that dissipates promptly to frame a comparably shaded gas.