All liquids will evaporate to some extent at room temperature. The extent of evaporation depends on the vapor pressure of the liquid and the volume of distribution. However, for some liquids the vapor pressure is so low that evaporation is nearly negligible at room temperature.
Yes, mercury can evaporate at room temperature.
Yes, liquid mercury can slowly evaporate at room temperature.
Yes, isopropyl alcohol evaporates at room temperature.
Silver does not evaporate at room temperature. It has a high melting point of 961.78°C (1763.2°F), which means it would need to be heated to this temperature in order to evaporate.
Yes. If the chloroform is in a confined space, only a small fraction of it will evaporate, but if gas circulation sweeps away the chloroform vapor from contact with the liquid chloroform and there is an adequate supply of heat from the environment to maintain room temperature, eventually the entire sample will evaporate.
Yes, mercury can evaporate at room temperature.
Yes, liquid mercury can slowly evaporate at room temperature.
Yes, dry ice will evaporate at room temperature. Carbon dioxide, the constituent component of dry ice, is a gas at room temperature.
Yes, isopropyl alcohol evaporates at room temperature.
yes
Silver does not evaporate at room temperature. It has a high melting point of 961.78°C (1763.2°F), which means it would need to be heated to this temperature in order to evaporate.
At room temperature only liquids can be evaporated; increasing the temperature also the solids can be evaporated.
Yes. If the chloroform is in a confined space, only a small fraction of it will evaporate, but if gas circulation sweeps away the chloroform vapor from contact with the liquid chloroform and there is an adequate supply of heat from the environment to maintain room temperature, eventually the entire sample will evaporate.
Mercury evaporates slowly at room temperature, but it can take several weeks to completely evaporate.
Terpentine is a volatile oil. It evaporate by the passing air
At room temperature only liquids can be evaporated; increasing the temperature also the solids can be evaporated.
Yes, it is possible.