"Titratable" Pronounce,Meaning And Examples
"Titratable" Natural Recordings by Native Speakers
"Titratable" Meaning
Capable of being titrated.
"Titratable" Examples
Titratable
A base is defined as a substance that can accept a proton; thus, a titratable acid, in the presence of a strong base, may transfer a proton to the base and (at least temporarily) lose some of its hydrogen ions.
The titration of this acid required special care since it is a titratable acid that could be easily inactivated if too much base was added.
Because titratable base was used, the basicity of the substance was measured.
To minimize contamination, a new column and injection needle were used for each injection since the components of the mixture were titratable.
The greater the degree of hydrolysis, the more acidic the solution will be, and the smaller the pH will be, meaning the HB is less titratable.
"Titratable" Similar Words
Title
Titled
Having a title: <br>1. having a social or official name or designation: <br>2. holding or given a particular official position or rank.
Titleholder
"A person or something that holds a title, especially one that has been officially given or declared to them, often due to achievement or winning a competition."
Titles
Words used to describe the name given to a person or thing, especially one that is officially bestowed or awarded, such as a title of a book or a title of nobility.
Titmouse
Tito
Titrant
A titrant is a substance used in titration, a chemical analysis technique where a measured volume of a solution is added to the analyte (a substance to be analyzed) until the reaction is complete, allowing the amount of the analyte to be calculated.
Titrants
Titrate
To measure or adjust something exactly to a certain level or proportion, often by adding small amounts of a substance at a time, typically until a desired effect is achieved.
Titrated
Titrated refers to the process of adding small, controlled amounts of a substance to another substance until a complete reaction or equilibrium is reached, usually until a specific endpoint is reached. This process is commonly used in chemistry, particularly in determining the concentration of a known substance in a solution.
Titrating
Titration
Titration is a laboratory technique used to determine the concentration of a substance by reacting it with a known amount of another substance, called a titrant, until the reaction is complete. This is typically done in a controlled manner, with the titrant being added slowly and carefully until it reaches a "endpoint" at which the reaction is complete.<br><br>In a titration, a known amount of the substance to be analyzed is measured into a container, called a flask or burette. The titrant is then slowly added to the flask through a pipette or burette, with the reaction between the two substances causing a change in the solution, such as a color change or a pH change. The endpoint is reached when the reaction is complete, and the amount of titrant added can be used to determine the concentration of the original substance.<br><br>Titration is commonly used in chemistry and biochemistry to determine the concentration of substances such as acids, bases, and oxidizing agents, and is an important tool in fields such as pharmaceuticals, environmental science, and food safety.
Titrations
Titrations is a laboratory process used to determine the concentration of a substance in a solution by slowly adding a known amount of another substance (the titrant) until the reaction is complete. This is often used to measure the concentration of an acid or a base.
Titrimeter
A titrimeter is a device used in analytical chemistry to perform a titration, a laboratory technique used to determine the concentration of a substance in a solution. The titrimeter is used to measure the volume of a reagent solution that is required to react with the analyte (the substance to be analyzed) so that the reaction is complete (i.e., the analyte is no longer present in excess).<br><br>The titrimeter is typically a burette (a graduated tube) filled with the titrant solution (the reagent), and by slowly adding the titrant to the analyte solution, the volume of titrant required to reach the endpoint of the reaction is measured. The burette is typically calibrated to read volumes of solution in milliliters or microliters.<br><br>After the endpoint of the reaction is reached (usually indicated by a color change, pH change, or other measurable property), the final volume of titrant is recorded, allowing the concentration of the analyte to be calculated using the principles of stoichiometric calculations and titration equations.
Titrimetric