At 25°C, there are a variety of substances that exist in liquid form. Water is the most common example, but other liquids at 25°C include organic compounds such as ethanol, methanol and acetone, as well as some inorganic compounds such as sulfuric acid and hydrochloric acid. Additionally, solutions of various salts can be found in liquid form at 25°C if their concentration is high enough.

Which substance is a liquid at 25°C?

Water is one of the most ubiquitous substances on Earth and it’s a liquid at room temperature (25°C). It has a high boiling point (100°C) to prevent too much evaporation into the atmosphere, so it remains in liquid form even when temperatures climb higher than 25°C. At lower temperatures, water can freeze into ice or snow depending on environmental conditions.

Ethanol is another common example of a substance that is liquid at room temperature (25 °C). Ethanol has properties similar to those of water including hydrogen bonding between molecules and strong van der Waals forces that hold molecules together. Its freezing point (-114 ° C) lies below zero while its boiling point (78 ° C) lies above zero; these properties give ethanol wide solubility with many different materials making it useful for applications like solvent extraction and cleaning agents.

Methanol also exists as a liquid at 25°C when present in an environment with sufficient pressure to maintain its molecular structure intact. Methanol’s main application involves being used for fuel blending because it evaporates quickly and does not leave behind deposits like other fuels do after combustion has occurred . The boiling point for methanol is 64 degrees Celsius which makes it slightly more volatile than ethanol both from an environmental perspective but also from an industrial standpoint since the lower boiling point facilitates use within certain chemical systems requiring faster reaction times than what could be achieved with higher-boiling components such as ethanol or acetone..

Acetone also remains in its liquid state up to approximately 56 degree Celsius so again this substance falls under the category of liquids at room temperature particularly if ambient pressure remains constant throughout any given experiment or observation period (which typically would be case when observing/measuring liquids inside closed containers). Acetone has many uses ranging from household cleaning supplies all they way up through complex scientific laboratory experiments – due largely in part to its extreme volatility nature which allows quick transfer between two separate phases without introduction contamination during transitions between gas phase(s) solid phase(s). This ability coupled with relatively low cost make Acetone widely utilized across multiple industries worldwide today!

Sulfuric acid exposes itself primarily presents itself predominantly exists predominantlyin aqueous solution , meaning that it will remain fully dissolved within water until direct contact occurs with something capable separating out individual sulfuric Acid molecules from each others capsulated inside tiny “bubble” type structures known “micelle” formation processes responsible facilitating equilibrium states necessary operation chemical reactions involving acids general . As far temperatures go though still remain relatively stable level even approaching around 40 degrees centigrade where small amount thermal decomposition begins occur allowing Hydrogen Sulfate begin forming instead remaining 100% H2SO4 previous concentrations levels .

Hydrochloric Acid exhibits similar behavior sulfuric acids terms staying nearly completely composed Chloride ions until ch3oh become released upon reaching boiling points around 108 degree centigrade increase surrounding pressures drastically along side them thus creating space gaseous material enter equation order drive reaction forward towards desired conclusions finally complete turn back normal equilibrium states once cooling processes initiated either naturally forced means end process cycle repeat time needed results vary depending complexity mixture first place !