it is like all matter, the temperature of acids can be anything. plus, acids have different ranges (pH value)
Salicylic acid is a solid at room temperature.
Acetic acid is a liquid at the room temperature and pressure.
Acetic acid is typically a liquid at room temperature.
Citric acid is a white crystalline powder at room temperature.
Pure hydrochloric acid is a liquid in the room temperature and pressure.
Salicylic acid is a solid at room temperature.
Acetic acid is a liquid at the room temperature and pressure.
Pure hydrochloric acid is a liquid in the room temperature and pressure.
Citric acid is a white crystalline powder at room temperature.
Acetic acid is typically a liquid at room temperature.
Ethanoic acid is a clear, colorless liquid at room temperature with a pungent odor.
high temperature can make phosphoric acid be a cryztal i ever do this experiment, after i make phosphoric acid and then i burn it until the temperature is 100C, phosphoric acid had been cryztal when the temperature decrease.
Start by measuring the initial temperature of pure stearic acid. Add a known amount of impurity (glucose) to the stearic acid and measure the temperature change. Compare the temperature change to a control sample of pure stearic acid to see if the impurity caused a temperature increase, suggesting it may be raising the temperature of the stearic acid due to its physical or chemical properties.
Malic acid concentration may increase with temperature as increased temperature can enhance the metabolic processes within the fruit, leading to more malic acid production. Additionally, as the temperature rises, there may be a breakdown of other compounds in the fruit that results in the accumulation of malic acid.
The eutectic temperature for the benzoic and mandelic acid system is approximately 119°C. At this temperature, both compounds will fully dissolve in each other to form a eutectic mixture, exhibiting the lowest melting point in the system.
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The temperature of the acid increases when zinc reacts with dilute hydrochloric acid because the reaction is exothermic, meaning it releases heat.